Node Definitions and Node Libraries

This notebook will examine the creation of definitions as well libraries.

Aspects covered include:

1. Using 3rd-party definition libraries.
2. Creating "robust" definitions from nodegraph implementations.
3. Creating efficient definitions from source code implementations.
4. "Publishing" definitions to libraries, including the core MaterialX libraries.

Node Libraries

• The existing definition is provided as part of the core distribution.
• For third-party libraries this notebook will examine at two existing libraries for: Maya and Houdini. | When available the Blender libraries may also be examined.

The basic data flow examined is shown below:

Note that regardless of all libraries are in MaterialX form so can be accessed outside of the application integraion.

Core Library Setup

# MaterialX and MaterialX utilities
import MaterialX as mx
import mtlxutils.mxfile as mxf
from mtlxutils.mxnodegraph import MtlxNodeGraph as mxg
# For markdown display
from IPython.display import display_markdown

# Version check
from mtlxutils.mxbase import *
haveVersion1387 = haveVersion(1, 38, 7) 
if not haveVersion1387:
    print("** Warning: Recommended minimum version is 1.38.7 for tutorials. Have version: ", mx.__version__)

stdlib = mx.createDocument()
searchPath = mx.getDefaultDataSearchPath()
libraryFolders = mx.getDefaultDataLibraryFolders()
try:
    libFiles = mx.loadLibraries(libraryFolders, searchPath, stdlib)
    print('Loaded %s standard library definitions' % len(stdlib.getNodeDefs()))
except mx.Exception as err:
    print('Failed to load standard library definitions: "', err, '"')

doc = mx.createDocument()
doc.importLibrary(stdlib)

# Write predicate
def skipLibraryElement(elem):
    return not elem.hasSourceUri()

Loaded 719 standard library definitions

1. Using 3rd-Party Definition Libraries

1.1 Example: Maya Libraries

• Comes with the MayaUsd plug-in but can also be found on GitHub
• Standard MaterialX libraries can be found in mayausd/USD/libraries.
• Maya MaterialX definitions can also be found in this folder.
  • Existing native Maya nodes have been translated into MaterialX definitions represented as nodegraphs.
  • Some additional utilities have GLSL source implementations. This includes direct lighting, specific colorspace transforms and tangent utilities.
  • Presumabley this is used by it's custom shader generator which derived from the
  to address Maya's hardware shading system.

For the most part these libraries can be referenced outside of Maya by providing the appropriate library name and search path to the importLibraries() interface. For example a Maya "Blinn" shader code could be created if it's definition exists.

In the following code we add a search path (to the installed Maya definitions) and a library name (adsk) and load in the definitions the same wat the "standard" definitions loaded in. We create a new document called mayalib for loading.

mayalib = mx.createDocument()
# Maya libraries were copied here for demonstration purposes. The actual install location can be used locally.
searchPath = "C:/Users/home/Desktop/Houd_Maya_Libs"
libraryFolders = [ 'maya' ]
try:
    libFiles = mx.loadLibraries(libraryFolders, searchPath, mayalib)
    print('Loaded %s Maya definitions' % len(mayalib.getNodeDefs()))    
except mx.Exception as err:
    print('Failed to load standard library definitions: "', err, '"')

# Import custom definitions into same document
doc.importLibrary(mayalib)

Loaded 29 Maya definitions

Discovering Custom Definitions

Node definition identifiers can be queried in order to create new node instances. In this example one of each Maya node will be created. The utility function addNode() (found in mtlxutils) is used for instance creation.

def createLibraryDictionary(lib):
    """
    Utility to examine a library document and generat a dictionary of identifiers keyed by category
    """
    libDict = dict()

    # Create a category indxed dictionary of the available definitions 
    for nodedef in lib.getNodeDefs():
        category = nodedef.getNodeString()
        if category in libDict:            
            libDict[category].append(nodedef.getName())
        else:
            libDict[category] = [nodedef.getName()]
    
    return libDict

def createInstanceFromLibrary(libDict):
    '''
    Create an instance based on a dictioary of definitions identifiers
    '''
    count = 0
    for category in libDict:
        print('- Category[%d]:' % count, category, '')
        for defname in libDict[category]: 
            nodedef = doc.getDescendant(defname)
            #print('  - Definition:', defname, 'type:', nodedef.getType())
            newNode = mxg.addNode(doc, defname, '')
            print('    - Instance:', newNode)
            doc.removeChild(newNode.getName())
        count = count + 1
    
mayalibDict = createLibraryDictionary(mayalib)
if mayalibDict:
    createInstanceFromLibrary(mayalibDict)
else:
    print('No definitions found.')

- Category[0]: LdkColorCorrect 
    - Instance: <LdkColorCorrect name="node1" type="color4" nodedef="LdkND_ColorCorrect_color4">
- Category[1]: LdkFloatCorrect 
    - Instance: <LdkFloatCorrect name="node1" type="float" nodedef="LdkND_FloatCorrect_float">
- Category[2]: MayaLambert 
    - Instance: <MayaLambert name="node1" type="surfaceshader" nodedef="MayaND_lambert_surfaceshader">
- Category[3]: MayaPhong 
    - Instance: <MayaPhong name="node1" type="surfaceshader" nodedef="MayaND_phong_surfaceshader">
- Category[4]: MayaBlinn 
    - Instance: <MayaBlinn name="node1" type="surfaceshader" nodedef="MayaND_blinn_surfaceshader">
- Category[5]: place2dTexture 
    - Instance: <place2dTexture name="node1" type="vector2" nodedef="MayaND_place2dTexture_vector2">
- Category[6]: MayaClamp 
    - Instance: <MayaClamp name="node1" type="vector3" nodedef="MayaND_clamp_vector3">
- Category[7]: fileTexture 
    - Instance: <fileTexture name="node1" type="float" nodedef="MayaND_fileTexture_float">
    - Instance: <fileTexture name="node1" type="color3" nodedef="MayaND_fileTexture_color3">
    - Instance: <fileTexture name="node1" type="color4" nodedef="MayaND_fileTexture_color4">
    - Instance: <fileTexture name="node1" type="vector2" nodedef="MayaND_fileTexture_vector2">
    - Instance: <fileTexture name="node1" type="vector3" nodedef="MayaND_fileTexture_vector3">
    - Instance: <fileTexture name="node1" type="vector4" nodedef="MayaND_fileTexture_vector4">
- Category[8]: rotateUV 
    - Instance: <rotateUV name="node1" type="vector2" nodedef="MayaND_rotateUV_vector2">
- Category[9]: noiseUV 
    - Instance: <noiseUV name="node1" type="vector2" nodedef="MayaND_noiseUV_vector2">
- Category[10]: linearUV 
    - Instance: <linearUV name="node1" type="float" nodedef="MayaND_linearUV_float">
- Category[11]: mirrorUV 
    - Instance: <mirrorUV name="node1" type="float" nodedef="MayaND_mirrorUV_float">
- Category[12]: texcoordtangents 
    - Instance: <texcoordtangents name="node1" type="vector3" nodedef="MayaND_texcoordtangents_vector3">
- Category[13]: arbitrarytangents 
    - Instance: <arbitrarytangents name="node1" type="vector3" nodedef="MayaND_arbitrarytangents_vector3">
- Category[14]: sRGBtoLinrec709 
    - Instance: <sRGBtoLinrec709 name="node1" type="color3" nodedef="MayaND_sRGBtoLinrec709_color3">
    - Instance: <sRGBtoLinrec709 name="node1" type="color4" nodedef="MayaND_sRGBtoLinrec709_color4">
- Category[15]: sRGBtoACEScg 
    - Instance: <sRGBtoACEScg name="node1" type="color3" nodedef="MayaND_sRGBtoACEScg_color3">
    - Instance: <sRGBtoACEScg name="node1" type="color4" nodedef="MayaND_sRGBtoACEScg_color4">
- Category[16]: sRGBtoACES2065 
    - Instance: <sRGBtoACES2065 name="node1" type="color3" nodedef="MayaND_sRGBtoACES2065_color3">
    - Instance: <sRGBtoACES2065 name="node1" type="color4" nodedef="MayaND_sRGBtoACES2065_color4">
- Category[17]: sRGBtoLinDCIP3D65 
    - Instance: <sRGBtoLinDCIP3D65 name="node1" type="color3" nodedef="MayaND_sRGBtoLinDCIP3D65_color3">
    - Instance: <sRGBtoLinDCIP3D65 name="node1" type="color4" nodedef="MayaND_sRGBtoLinDCIP3D65_color4">
- Category[18]: sRGBtoLinrec2020 
    - Instance: <sRGBtoLinrec2020 name="node1" type="color3" nodedef="MayaND_sRGBtoLinrec2020_color3">
    - Instance: <sRGBtoLinrec2020 name="node1" type="color4" nodedef="MayaND_sRGBtoLinrec2020_color4">

Creating Graphs Using Custom Nodes

The following example will create a graph mixing both standard MaterialX definitions as well as custom ones. Once the definitions are loaded in they can be instantiated and manipulated in the same way as any of the core nodes.

# Add a Maya Blinn node
comment = doc.addChildOfCategory('comment')
comment.setDocString(' Add in a custom Maya Blinn node ')
mayaBlinn = mxg.addNode(doc, 'MayaND_blinn_surfaceshader', 'blinn')
if not mayaBlinn:
    print('Failed to create a instance of the definition: MayaND_blinn_surfaceshader')
else:
    mayaBlinn.addInputsFromNodeDef()

# Add a Maya file texture node
comment = doc.addChildOfCategory('comment')
comment.setDocString(' Add in a custom Maya File Texture node ')
filetexture = mxg.addNode(doc, 'MayaND_fileTexture_color3', 'filetexture')
if not filetexture:
    print('Failed to create a instance of the definition: MayaND_fileTexture_color3')
else:
    filetexture.addInputsFromNodeDef()

writeOptions = mx.XmlWriteOptions()
writeOptions.writeXIncludeEnable = False
writeOptions.elementPredicate = mxf.MtlxFile.skipLibraryElement

# Add a standard "image" node
if mayaBlinn and filetexture:
    comment = doc.addChildOfCategory('comment')
    comment.setDocString(' Add in a custom standard image node ')     
    imageNode = mxg.addNode(doc, 'ND_tiledimage_color3', 'image')

    # Connect image -> filetexture -> MayaBlinn
    mxg.connectNodeToNode(filetexture, 'inColor', imageNode, '')
    mxg.connectNodeToNode(mayaBlinn, 'color', filetexture, '')

    documentContents = mx.writeToXmlString(doc, writeOptions)

    text = '<details open><summary>Initial Maya MaterialX Document</summary>\n\n' + '```xml\n' + documentContents + '```\n' + '</details>\n' 
    display_markdown(text , raw=True)

Initial Maya MaterialX Document

<?xml version="1.0"?>
<materialx version="1.38">
  <!-- Add in a custom Maya Blinn node -->
  <MayaBlinn name="blinn" type="surfaceshader" nodedef="MayaND_blinn_surfaceshader">
    <input name="diffuse" type="float" value="0.8" />
    <input name="color" type="color3" nodename="filetexture" />
    <input name="transparency" type="color3" value="0.0, 0.0, 0.0" />
    <input name="incandescence" type="color3" value="0.0, 0.0, 0.0" />
    <input name="normalCamera" type="vector3" />
    <input name="specularColor" type="color3" value="0.5, 0.5, 0.5" />
    <input name="reflectivity" type="float" value="0.5" />
    <input name="reflectedColor" type="color3" value="0.0, 0.0, 0.0" />
    <input name="eccentricity" type="float" value="0.3" />
    <input name="specularRollOff" type="float" value="0.7" />
  </MayaBlinn>
  <!-- Add in a custom Maya File Texture node -->
  <fileTexture name="filetexture" type="color3" nodedef="MayaND_fileTexture_color3">
    <input name="inColor" type="color3" nodename="image" />
    <input name="colorSpace" type="string" />
    <input name="invert" type="boolean" value="false" />
    <input name="colorGain" type="color3" value="1.0, 1.0, 1.0" />
    <input name="colorOffset" type="color3" value="0.0, 0.0, 0.0" />
    <input name="exposure" type="float" value="0" />
    <input name="uvCoord" type="vector2" value="0.0, 0.0" />
    <input name="defaultColor" type="color3" value="0.5, 0.5, 0.5" />
  </fileTexture>
  <!-- Add in a custom standard image node -->
  <tiledimage name="image" type="color3" nodedef="ND_tiledimage_color3" />
</materialx>

Definition and Instance Validation

It is always worthwhile to run validation (validate()) when creating and using documents providing definitions. Note that the function exists at different levels from Document down to individual nodes so validation can be selectively performed.

For instance that validation issues are discovered when creating instances of filetexture and MayaBlinn.

These are minor warnings dealing with lack of initialization of input values.

• The issue on normalCamera is due to an issue with validate() validation recognizing that the definition has a defaultgeomprop.
• The issue on colorSpace is due to an missing default value in Maya node definition.

These issue are "patched" after the fact and validation re-run.

valid, error = doc.validate()
if not valid:
    print('Initial document is invalid:\n', '\n '.join(mx.splitString(error,'\n')))
else:
    print('Document is valid')

print('Patch document...')
# Remove the attribute to patch
if mayaBlinn:
    mayaBlinn.removeChild('normalCamera')
if filetexture:
    filetexture.getInput('colorSpace').setValueString('')

valid, error = doc.validate()
if not valid:
    print('Document is invalid: ', error)
else:
    print('Document is valid after patch.')

documentContents = mx.writeToXmlString(doc, writeOptions)
text = '<details open><summary>Patched Maya MaterialX Document</summary>\n\n' + '```xml\n' + documentContents + '```\n' + '</details>\n' 
display_markdown(text , raw=True)    

Initial document is invalid:
 Node input binds no value or connection: <input name="normalCamera" type="vector3">
 Node input binds no value or connection: <input name="colorSpace" type="string">
Patch document...
Document is valid after patch.

Patched Maya MaterialX Document

<?xml version="1.0"?>
<materialx version="1.38">
  <!-- Add in a custom Maya Blinn node -->
  <MayaBlinn name="blinn" type="surfaceshader" nodedef="MayaND_blinn_surfaceshader">
    <input name="diffuse" type="float" value="0.8" />
    <input name="color" type="color3" nodename="filetexture" />
    <input name="transparency" type="color3" value="0.0, 0.0, 0.0" />
    <input name="incandescence" type="color3" value="0.0, 0.0, 0.0" />
    <input name="specularColor" type="color3" value="0.5, 0.5, 0.5" />
    <input name="reflectivity" type="float" value="0.5" />
    <input name="reflectedColor" type="color3" value="0.0, 0.0, 0.0" />
    <input name="eccentricity" type="float" value="0.3" />
    <input name="specularRollOff" type="float" value="0.7" />
  </MayaBlinn>
  <!-- Add in a custom Maya File Texture node -->
  <fileTexture name="filetexture" type="color3" nodedef="MayaND_fileTexture_color3">
    <input name="inColor" type="color3" nodename="image" />
    <input name="colorSpace" type="string" value="" />
    <input name="invert" type="boolean" value="false" />
    <input name="colorGain" type="color3" value="1.0, 1.0, 1.0" />
    <input name="colorOffset" type="color3" value="0.0, 0.0, 0.0" />
    <input name="exposure" type="float" value="0" />
    <input name="uvCoord" type="vector2" value="0.0, 0.0" />
    <input name="defaultColor" type="color3" value="0.5, 0.5, 0.5" />
  </fileTexture>
  <!-- Add in a custom standard image node -->
  <tiledimage name="image" type="color3" nodedef="ND_tiledimage_color3" />
</materialx>

Integration with Node Graph Editors

By including the search path and library names to the MaterialX node editor which comes with the core distribution, graphs can be created and edited with this tool.

The following is a similar nodegraph example but created in the editor.

<?xml version="1.0"?>
<materialx version="1.38" colorspace="lin_rec709">
  <surfacematerial name="MayaBliinChecker" type="material" xpos="14.442029" ypos="-2.456897">
    <input name="surfaceshader" type="surfaceshader" nodename="MayaBlinn_1" />
  </surfacematerial>
  <MayaBlinn name="MayaBlinn_1" type="surfaceshader" xpos="12.239130" ypos="-3.112069">
    <input name="color" type="color3" nodename="fileTexture_color3" />
  </MayaBlinn>
  <fileTexture name="fileTexture_color3" type="color3" xpos="9.014493" ypos="-3.198276">
    <input name="inColor" type="color3" nodename="image_color3" />
    <input name="invert" type="boolean" value="true" />
    <input name="uvCoord" type="vector2" value="0, 0" />
    <input name="exposure" type="float" value="0" />
  </fileTexture>
  <image name="image_color3" type="color3" xpos="6.898551" ypos="-3.163793">
    <input name="file" type="filename" value="" fileprefix="checker.png" />
  </image>
</materialx>

Conversion Via Usd

Note that LookdevX is the Maya 2024 native editor for Usd and MaterialX nodes instantiated as UsdShade nodes.

There is currently no native MaterialX export feature supported. It is possible to convert between Usd and MaterialX representations though the process requires additional conversion steps in either direction.

For example this Usd file from Maya was translated to MaterialX using the logic found in the Usd notebook:

#usda 1.0

def Sphere "Sphere1" (
    prepend apiSchemas = ["MaterialBindingAPI"]
)
{
    uniform bool doubleSided = 0
    rel material:binding = </mtl/MyMaterial>
}

def Scope "mtl"
{
    def Material "MyMaterial" (
        prepend apiSchemas = ["NodeGraphNodeAPI"]
    )
    {
        token outputs:mtlx:surface.connect = </mtl/MyMaterial/MyShader.outputs:out>
        uniform float2 ui:nodegraph:node:pos = (-1.7199334, -0.5843111)

        def Shader "MyShader" (
            prepend apiSchemas = ["NodeGraphNodeAPI"]
        )
        {
            uniform token info:id = "ND_standard_surface_surfaceshader"
            color3f inputs:base_color.connect = </mtl/MyMaterial/MyGraph.outputs:out>
            token outputs:out
            uniform float2 ui:nodegraph:node:pos = (-0.5611111, -0.85555553)
        }

        def NodeGraph "MyGraph" (
            prepend apiSchemas = ["NodeGraphNodeAPI"]
        )
        {
            color3f outputs:out.connect = </mtl/MyMaterial/MyGraph/MyImage.outputs:out>
            uniform float2 ui:nodegraph:node:pos = (-2.211111, -0.23888889)

            def Shader "MyImage" (
                prepend apiSchemas = ["NodeGraphNodeAPI"]
            )
            {
                uniform token info:id = "ND_image_color3"
                color3f outputs:out
                uniform float2 ui:nodegraph:node:pos = (-0.7916667, -0.8055556)
            }
        }
    }

    def Material "MyMayaMaterial" (
        prepend apiSchemas = ["NodeGraphNodeAPI"]
    )
    {
        token outputs:mtlx:surface.connect = </mtl/MyMayaMaterial/MayaBlinn1.outputs:outColor>
        uniform float2 ui:nodegraph:node:pos = (-0.36928108, 0.3856211)

        def Shader "MayaBlinn1" (
            prepend apiSchemas = ["NodeGraphNodeAPI"]
        )
        {
            uniform token info:id = "MayaND_blinn_surfaceshader"
            color3f inputs:color.connect = </mtl/MyMayaMaterial/MyBlinnGraph.outputs:out>
            token outputs:outColor
            uniform float2 ui:nodegraph:node:pos = (-0.5888889, -0.7222222)
        }

        def NodeGraph "MyBlinnGraph" (
            prepend apiSchemas = ["NodeGraphNodeAPI"]
        )
        {
            color3f outputs:out.connect = </mtl/MyMayaMaterial/MyBlinnGraph/MyImage2.outputs:out>
            uniform float2 ui:nodegraph:node:pos = (-2.0555556, 0.17222223)

            def Shader "MyImage2" (
                prepend apiSchemas = ["NodeGraphNodeAPI"]
            )
            {
                uniform token info:id = "ND_image_color3"
                color3f outputs:out
                uniform float2 ui:nodegraph:node:pos = (-0.55833334, -0.6111111)
            }
        }
    }
}

The resulting MaterialX file looks like this:

<?xml version="1.0"?>
<materialx version="1.38">
  <surfacematerial name="MyMaterial" type="material">
    <input name="surfaceshader" type="surfaceshader" nodename="MyShader" />
  </surfacematerial>
  <standard_surface name="MyShader" type="surfaceshader" nodedef="ND_standard_surface_surfaceshader">
    <input name="base_color" type="color3" nodegraph="MyGraph" />
  </standard_surface>
  <nodegraph name="MyGraph">
    <output name="out" type="color3" nodename="MyImage" />
    <image name="MyImage" type="color3" nodedef="ND_image_color3" />
  </nodegraph>
  <surfacematerial name="MyMayaMaterial" type="material">
    <input name="surfaceshader" type="surfaceshader" nodename="MayaBlinn1" />
  </surfacematerial>
  <MayaBlinn name="MayaBlinn1" type="surfaceshader" nodedef="MayaND_blinn_surfaceshader">
    <input name="color" type="color3" nodegraph="MyBlinnGraph" />
  </MayaBlinn>
  <nodegraph name="MyBlinnGraph">
    <output name="out" type="color3" nodename="MyImage2" />
    <image name="MyImage2" type="color3" nodedef="ND_image_color3" />
  </nodegraph>
</materialx>

Custom Source Code Implementations

Source code implementations in the Maya library can also be examined by using getImplementations() for each shader API target returned from getTargetDefs().

The general recommendation is to implement definitions using node graphs as any source code implementation may or may not be portable depending on the level of support for the languages required for a integration.

Note that code generation logic currently relies on source code implementations all color space transforms (pre 1.38.8) -- and these are what show up as supplemental implementations inside the Maya library.

The hope is that this will migrate to a more portable and OCIO conformant representation in the future. In lieu of this, it is recommended to propose to the ASWF MaterialX TSC to add any new color management transforms to the core distribution to have a common reusable implementation, or at least check for updates in how transforms are supported as node graphs as of version 1.38.8.

Below we examine the implementations for each target.

# Print out custom source code implementations for each target.
print('Custom implementations:')
targets = stdlib.getTargetDefs()
for target in targets:
    printTarget = True
    for impl in mayalib.getImplementations():
        if impl.getTarget() == target.getName():
            if printTarget:
                print('Target: ', target)
                printTarget = False
            print('-', impl.getName(), ' nodedef:', impl.getNodeDefString())
            print('  File:', impl.getAttribute('file'), 'Function:', impl.getAttribute('function'))
            #print(impl)

Custom implementations:
Target:  <targetdef name="genglsl">
- MayaIM_texcoordtangents_vector3_genglsl  nodedef: MayaND_texcoordtangents_vector3
  File: libraries/adsk/maya/genglsl/mx_texcoordtangents_vector3.glsl Function: mx_texcoordtangents_vector3
- MayaIM_arbitrarytangents_vector3_genglsl  nodedef: MayaND_arbitrarytangents_vector3
  File: libraries/adsk/maya/genglsl/mx_arbitrarytangents_vector3.glsl Function: mx_arbitrarytangents_vector3
- MayaIM_sRGBtoLinrec709_color3_genglsl  nodedef: MayaND_sRGBtoLinrec709_color3
  File: libraries/stdlib/genglsl/mx_srgb_texture_to_lin_rec709_color3.glsl Function: mx_srgb_texture_to_lin_rec709_color3
- MayaIM_sRGBtoLinrec709_color4_genglsl  nodedef: MayaND_sRGBtoLinrec709_color4
  File: libraries/stdlib/genglsl/mx_srgb_texture_to_lin_rec709_color4.glsl Function: mx_srgb_texture_to_lin_rec709_color4
- MayaIM_sRGBtoACEScg_color3_genglsl  nodedef: MayaND_sRGBtoACEScg_color3
  File: libraries/adsk/maya/genglsl/mx_srgb_texture_to_acescg_color3.glsl Function: mx_srgb_texture_to_acescg_color3
- MayaIM_sRGBtoACEScg_color4_genglsl  nodedef: MayaND_sRGBtoACEScg_color4
  File: libraries/adsk/maya/genglsl/mx_srgb_texture_to_acescg_color4.glsl Function: mx_srgb_texture_to_acescg_color4
- MayaIM_sRGBtoACES2065_color3_genglsl  nodedef: MayaND_sRGBtoACES2065_color3
  File: libraries/adsk/maya/genglsl/mx_srgb_texture_to_aces_2065_1_color3.glsl Function: mx_srgb_texture_to_aces_2065_1_color3
- MayaIM_sRGBtoACES2065_color4_genglsl  nodedef: MayaND_sRGBtoACES2065_color4
  File: libraries/adsk/maya/genglsl/mx_srgb_texture_to_aces_2065_1_color4.glsl Function: mx_srgb_texture_to_aces_2065_1_color4
- MayaIM_sRGBtoLinDCIP3D65_color3_genglsl  nodedef: MayaND_sRGBtoLinDCIP3D65_color3
  File: libraries/adsk/maya/genglsl/mx_srgb_texture_to_lin_dci_p3_d65_color3.glsl Function: mx_srgb_texture_to_lin_dci_p3_d65_color3
- MayaIM_sRGBtoLinDCIP3D65_color4_genglsl  nodedef: MayaND_sRGBtoLinDCIP3D65_color4
  File: libraries/adsk/maya/genglsl/mx_srgb_texture_to_lin_dci_p3_d65_color4.glsl Function: mx_srgb_texture_to_lin_dci_p3_d65_color4
- MayaIM_sRGBtoLinrec2020_color3_genglsl  nodedef: MayaND_sRGBtoLinrec2020_color3
  File: libraries/adsk/maya/genglsl/mx_srgb_texture_to_linrec2020_color3.glsl Function: mx_srgb_texture_to_linrec2020_color3
- MayaIM_sRGBtoLinrec2020_color4_genglsl  nodedef: MayaND_sRGBtoLinrec2020_color4
  File: libraries/adsk/maya/genglsl/mx_srgb_texture_to_linrec2020_color4.glsl Function: mx_srgb_texture_to_linrec2020_color4

1.2 Example: Houdini Libraries

The distribution of Houdini examined is: 19.5.605:

• This comes with core MaterialX libraries installed.
• The libraries folder organization is slightly different than the release distribution as additional definitions are added in a houdini folder under the same parent folder as the "core" libraries folder.
  • One advantage of this that additional folders do not need to be searched for other than libraries, but
  • The folder area now has standard and non-standard definitions / implementations intermixed making it harder to separate core and Houdini specific libraries.

Loading Libraries

The same process can be used to load in the custom definitions by pointing to the appropriate folder and setting the search path. Below is an example pointing to a local folder containing the content.

Note that it is possible to load in a Materialx version which is at or newer than the one shipping with Houdini as long as only the custom definition folders are loaded in after the standard libraries.

This shown in the example below where the additional houdini library (which is at 1.38.4) is loaded in independently after the libraries which are part of the distribution used for this notebook (which is at 1.38.8). This works as the an upgrade process is performed on load of the houdini library documents.

There is no "downgrade" process so reading into a version older than 1.38.4 may not work or have compatibility issues.

houdinilib = mx.createDocument()
# This sample uses the 19.5.605 Houdini libraries for demonstration purposes. The actual install location can be used locally.
searchPath = "C:/Users/home/Desktop/Houd_Maya_Libs"
libraryFolders = [ 'houdini' ]
try:
    libFiles = mx.loadLibraries(libraryFolders, searchPath, houdinilib)
    print('Loaded %s Houdini definitions' % len(houdinilib.getNodeDefs()))    
except mx.Exception as err:
    print('Failed to load Houdini library definitions: "', err, '"')

# Import custom definitions into same document
doc.importLibrary(houdinilib)

Loaded 10 Houdini definitions

As with the Maya example, a definition dictionary can be created to use for node instance creation.

houdiniDict = createLibraryDictionary(houdinilib)
createInstanceFromLibrary(houdiniDict)

- Category[0]: hcatmullrom 
    - Instance: <hcatmullrom name="node1" type="float" nodedef="ND_hcatmullrom_float">
    - Instance: <hcatmullrom name="node1" type="color3" nodedef="ND_hcatmullrom_color3">
- Category[1]: hinvlinear 
    - Instance: <hinvlinear name="node1" type="float" nodedef="ND_hinvlinear_float">
- Category[2]: hmtlxbias 
    - Instance: <hmtlxbias name="node1" type="float" nodedef="ND_hmtlxbias_float">
- Category[3]: hmtlxfacingratio 
    - Instance: <hmtlxfacingratio name="node1" type="float" nodedef="ND_hmtlxfacingratio_float">
- Category[4]: hmtlxgain 
    - Instance: <hmtlxgain name="node1" type="float" nodedef="ND_hmtlxgain_float">
- Category[5]: huniformcubic 
    - Instance: <huniformcubic name="node1" type="float" nodedef="ND_huniformcubic_float">
    - Instance: <huniformcubic name="node1" type="color3" nodedef="ND_huniformcubic_color3">
- Category[6]: huniformramp 
    - Instance: <huniformramp name="node1" type="color3" nodedef="ND_huniformramp_color3">
    - Instance: <huniformramp name="node1" type="float" nodedef="ND_huniformramp_float">

The following diagram shows creation of node instances of custom Houdini definitions in the MaterialX Node Graph Editor. As all definitions are specified with houdini node group identifier they will appear under the same UI grouping. This differs from the custom Maya definitions which use existing group identifiers so are grouped under the corresponding UI.

Houdini MaterialX Export

Houdini allows for creation of a VEX subnet which contains MaterialX native definitions as well as the any custom Houdini definitions. The approach of encapsulating an subnet "asset" as a MaterialX compound nodegraph allows for any inputs and outputs to naturally be mappable to MaterialX and allows for correspondence to a Usd Material (which is a graph). This is similar to the Maya approach for encapsulation, though it is premature to comment on mapping to MaterialX as this export workflow is not supported yet.

Note that both must contend with how to handle MaterialX surfacematerial or volumematerial Material nodes which is the "natural" semantic mapping for a Usd Material (node graph). For now both do no handle these MaterialX nodes.

• Export to a MaterialX document is directly exposed (unlike in Maya currently). For this, the vop2mtlx Python script can be used directly or via the Houdini user interface.

  

In either case, an asset (hda) must be created from the subnet before export. The additional houdini library definitions are recognized by the converter.

Note that nodes not in shader graphs connected to outputs are not currently exported by default from the UI. This functionality as well as other options are available via the script.

• Houdini does perform some validity checking based on what is supported by

the version of MaterialX used. For instance nested subnets (nodegraphs) export will result in an error.

An interesting point to keep in mind is that vop2mtlx does not embed any houdini definitions within the MaterialX document.

• This follows the general "rule-of-thumb" that definitions should be separated from working documents and

to not add any "include" references (XML xincludes) to definitions. This avoids the downside of either definitions being duplicated and statically embedded in these documents or having fixed library dependency locations. As a historical note, the Adobe Substance Designer MaterialX plug-in when available also kept custom definitions in a separate Adobe library and did not add any "include" dependencies.

• Embedding can cause issues if a definition changes over time, as the embedded version may become inconsistent. As will be covered when creating definitions additional attributes such as version number can partially alleviate this type of issue.

Below is a comparison of an example created in Houdini (right), and the exported result in the MaterialX Graph Editor (left).

• Top level nodegraph

• Expanded nodegraph contents

The corresponding MaterialX document looks like this. Of note is that there is one top level MaterialX nodegraph corresponding to the Houdini subnet.

<?xml version="1.0"?>
<materialx version="1.38">
  <!-- Generated in Houdini from /mat/HoudiniGraph -->
  <nodegraph name="NG_HoudiniGraph_surfaceshader_surfaceshader">
    <surface_unlit name="surface_unlit1" type="surfaceshader">
      <input name="emission" type="float" nodename="hmtlxhcatmullrom1" value="1" />
      <input name="emission_color" type="color3" value="1, 1, 1" />
      <input name="transmission" type="float" value="0" />
      <input name="transmission_color" type="color3" value="1, 1, 1" />
      <input name="opacity" type="float" value="1" />
    </surface_unlit>
    <output name="mtlx_houd_out" type="surfaceshader" nodename="surface_unlit1" />
    <standard_surface name="standard_surface1" type="surfaceshader">
      <input name="base" type="float" nodename="ramplr1" value="1" />
      <input name="base_color" type="color3" nodename="image1" value="0.8, 0.8, 0.8" />
    </standard_surface>
    <output name="stdsurf_out" type="surfaceshader" nodename="standard_surface1" />
    <hcatmullrom name="hmtlxhcatmullrom1" type="float">
      <input name="t" type="float" value="0.8" />
      <input name="tension" type="float" value="0.5" />
      <input name="key0" type="float" value="0.94" />
      <input name="key1" type="float" value="1.44" />
      <input name="key2" type="float" value="0.7" />
      <input name="key3" type="float" value="1.44" />
    </hcatmullrom>
    <ramplr name="ramplr1" type="float">
      <input name="valuel" type="float" value="0" />
      <input name="valuer" type="float" value="1" />
      <input name="texcoord" type="vector2" value="0, 0" />
    </ramplr>
    <image name="image1" type="color3">
      <input name="file" type="filename" value="checker.png" />
      <input name="layer" type="string" value="" />
      <input name="default" type="color3" value="0, 0, 0" />
      <input name="texcoord" type="vector2" value="0, 0" />
      <input name="uaddressmode" type="string" value="periodic" />
      <input name="vaddressmode" type="string" value="periodic" />
      <input name="filtertype" type="string" value="linear" />
      <input name="framerange" type="string" value="" />
      <input name="frameoffset" type="integer" value="0" />
      <input name="frameendaction" type="string" value="constant" />
    </image>
  </nodegraph>
</materialx>

2. Creating Definitions from Compound Graphs

Creating definitions from compound node graphs is the easiest way to create new definitions without worrying about shading language implementations.

The basic logic for publishing from a nodegraph entails:

• Making a copy of a compound graph
• Turning the copy into a functional graph
• Creating a definition based on the input and output interfaces on the functional graph
• Adding in additional meta-data tagging as outlined in the definitions learning section. This includes:
  • Node group
  • Version
  • Namespace
  • UI properties
  • Documentation
• Creating a reference between the definition and the functional graph

Helpers

There is currently a helper interface on Document called addNodeDefFromGraph() that encapsulates the required logic for the most part. It does not:

• Handle creating of definitions which inherit from each other, nor
• Update versioning on existing definitions with different versions.

The 1.38.7 version of the utility has some issues with it which is being looked at. These issues can be addressed by patching up the results.

The following is a simple utility wrapper sets up the creation parameters, calls adNodeDefFromGraph() and returns the definition (nodedef) and the functional graph created.

def createDefinitionAndFunctionalGraph(nodeGraph, cparam):
    '''
    Example of creating a definition. This has a fixed version, nodegroup and graph names. 
    '''
    definition = doc.addNodeDefFromGraph(nodeGraph, cparam['nodedefName'],
                            cparam['category'], cparam['version'], cparam['defaultversion'], 
                            cparam['nodegroup'], cparam['nodegraphName'])
    funcgraph = doc.getNodeGraph(cparam['nodegraphName'])

    return definition, funcgraph

The getNodeGroups() utility scans for existing node group names. Using existing group names allows for

• Any associated semantic meanings to be discoverable by code generation. For example texture2d and pbr have special semantic meanings.
• Naming consistency and avoidance of excessive partitioning into too many disparate groups.

Integrations may run this query logic to examine for existing node groups.

def getNodeGroups(library):
    '''
    Find all the existing node group names on definitions 
    '''
    nodeGroups = set()
    for nd in library.getNodeDefs():
        group = nd.getNodeGroup()
        if group:
            nodeGroups.add(group)

    return nodeGroups

The findCompoundGraphs() utility scans and returns a list of compound nodegraphs in a document.

• A list of library file names is passed in to avoid any compound graphs that exist in a definition

library from being included.

• A compound nodegraph is one which no definition association. This can be tested by calling getNodeDef() on the nodegraph. If a nodedef is returned then it is instead a functional graph.

def findCompoundGraphs(doc, libFiles):
    '''
    Search for compound graphs in a document. Skips any graphs found in 
    library files (passed in a a list of source URIs)
    '''
    compoundGraphs = []

    nodeGraphs = doc.getNodeGraphs()
    for nodeGraph in nodeGraphs:
        # Skip any nodegraph which is from a library
        if nodeGraph.getSourceUri() in libFiles:
            continue

        # Skip functional graphs
        if nodeGraph.getNodeDef():
            continue

        compoundGraphs.append(nodeGraph)
    return compoundGraphs

The Python script (createdefinition) tha contains the above logic and provides a command line interface for various other options.

Example

As an example we will load in an example compound graph and use it to create a definition.

Once created, we will want to export the definitions and functional graphs into either a new document or an existing definition library document. To do so the contents need to be copied into the desired document.

The utility function addDefinitionToDocument() will copy a definition, functional graph pair to either 1 document or 2 separate documents. As there is no "copy" function from one document to another, an empty definition and graph is created first and then the contents are copied over using the copyContentFrom() interface.

If the association between the functional graph and definition is defined on the nodegraph, then this will be copied over when copyContentFrom() is called.

If, however, the association is stored on an implementation element instead then that must also be copied over.

def addDefinitionToDocument(definition, funcgraph, defDoc, graphDoc=None, defComment='', graphComment=''):
    '''
    Copy a definition and functional node graph to a new document.
    '''
    if definition and funcgraph:

        # Add definition comment
        if defComment:
            comment = defDoc.addChildOfCategory('comment')
            comment.setDocString(defComment)                 

        # Create a new definition, and copy the content over. Make sure
        # to use the existing name and category.
        newDef = defDoc.addNodeDef(definition.getName(), '', definition.getCategory())
        newDef.copyContentFrom(definition)        

        if not graphDoc:
            graphDoc = defDoc

        # Add graph comment
        if graphComment:
            comment = graphDoc.addChildOfCategory('comment')
            comment.setDocString(graphComment)                 

        # Create a new graph and copy the contents over. This will result in a functional graph.
        # Use the definiton document if no graph document specified
        newGraph = graphDoc.addNodeGraph(funcgraph.getName())
        newGraph.copyContentFrom(funcgraph)

Some additional utilities are defined to write the contents of the new definition document for display.

def writeDocToString(doc):
    writeOptions = mx.XmlWriteOptions()
    writeOptions.writeXIncludeEnable = False
    writeOptions.elementPredicate = mxf.MtlxFile.skipLibraryElement

    documentContents = mx.writeToXmlString(doc, writeOptions)
    return documentContents

def writeDocToMarkdown(documentContents):
    display_markdown('```xml\n' + documentContents + '\n```\n', raw=True)

def writeToMarkdown(val):
    display_markdown(val, raw=True)    

The main logic loads in an example file, and creates a new document for each definition / functional graph pair.

For the 1.38.7 version API, the following creation parameters are set:

• An arbitrary category name is chosen -- which is the compound node graph name. In general this should be set by the user explicitly.
• The "standard" prefixes of ND_ and NG_ are used as node definition and node graph name prefixes.
• A version is always added. For initial definitions the version number of 1.0 is used and a flag is set to indicate that this is the default version.
• A node group is always added. This setting is difficult to infer based on just the compound node graph, so will presumably requires user input.

doc, libFiles = mxf.MtlxFile.createWorkingDocument()
mx.readFromXmlFile(doc, mx.FilePath('./data/test_procedural.mtlx'))

availableGroupNames = getNodeGroups(doc)
print('> Available node group names', ', '.join(availableGroupNames))

compoundGraphs = findCompoundGraphs(doc, libFiles)
for nodeGraph in compoundGraphs: 
    cparam = {}
    cparam['nodedefName'] = 'ND_' + nodeGraph.getName()
    cparam['category'] = nodeGraph.getName()
    cparam['version'] = '1.0'
    cparam['defaultversion'] = True
    cparam['nodegroup'] = 'texture2d'
    cparam['nodegraphName'] = 'NG_' + nodeGraph.getName()    
    definition, funcgraph = createDefinitionAndFunctionalGraph(nodeGraph, cparam)

    defDoc = mx.createDocument()
    addDefinitionToDocument(definition, funcgraph, defDoc)
    if defDoc:
        documentContents = writeDocToString(defDoc)
        writeDocToMarkdown(documentContents)
    break

> Available node group names math, material, procedural3d, organization, channel, convolution2d, procedural2d, light, application, colortransform, compositing, shader, global, translation, adjustment, texture2d, texture3d, pbr, procedural, geometric, conditional

<?xml version="1.0"?>
<materialx version="1.38">
  <nodedef name="ND_myProcedural" node="myProcedural" nodegroup="texture2d" version="1.0" isdefaultversion="true">
    <output name="output_color3" type="color3" />
  </nodedef>
  <nodegraph name="NG_myProcedural" nodedef="ND_myProcedural">
    <ramplr name="ramplr_color3" type="color3" xpos="7.246377" ypos="0.594828">
      <input name="valuer" type="color3" value="0.088713, 0.647922, 0.168014" />
      <input name="texcoord" type="vector2" nodename="modulo_vector2" />
    </ramplr>
    <output name="output_color3" type="color3" xpos="17.391304" ypos="0.000000" nodename="ifgreater_color3" />
    <ifgreater name="ifgreater_color3" type="color3" xpos="12.318841" ypos="-0.508621">
      <input name="in1" type="color3" nodename="ramplr_color3" />
      <input name="in2" type="color3" nodename="noise2d_color3" />
      <input name="value1" type="float" nodename="separate2_vector2" />
      <input name="value2" type="float" interfacename="threshold" />
    </ifgreater>
    <texcoord name="texcoord_vector2" type="vector2" xpos="-7.963768" ypos="-0.482759" />
    <separate2 name="separate2_vector2" type="multioutput" xpos="7.246377" ypos="-2.362069">
      <input name="in" type="vector2" nodename="modulo_vector2" />
    </separate2>
    <modulo name="modulo_vector2" type="vector2" xpos="2.173913" ypos="-0.172414">
      <input name="in1" type="vector2" nodename="multiply_vector2" />
      <input name="in2" type="vector2" interfacename="modulo" />
    </modulo>
    <input name="modulo" type="vector2" value="2.1, 1.1" xpos="-2.884058" ypos="0.724138" />
    <noise2d name="noise2d_color3" type="color3" xpos="7.246377" ypos="2.206897">
      <input name="texcoord" type="vector2" nodename="modulo_vector2" />
      <input name="amplitude" type="vector3" interfacename="noiseAmplitude" />
    </noise2d>
    <multiply name="multiply_vector2" type="vector2" xpos="-2.898551" ypos="-0.862069">
      <input name="in1" type="vector2" nodename="texcoord_vector2" />
      <input name="in2" type="vector2" interfacename="repeat" />
    </multiply>
    <input name="threshold" type="float" value="1.2" xpos="7.202899" ypos="-0.646552" />
    <input name="repeat" type="vector2" value="13.2, 9.9" xpos="-7.963768" ypos="0.534483" />
    <input name="noiseAmplitude" type="vector3" value="1.3, 1.7, 4.8" xpos="4.326087" ypos="3.060345" />
  </nodegraph>
</materialx>

1.38.7 Definition Patching

For 1.38.7 we need to patch the result. This includes

• Setting the documentation string and adding any namespace.
• Moving the interface inputs from the graph to the definition. ( Note that this is checked during Document validate() and will produce warnings if the functional graph has any inputs ).
• Removing any undesired attributes on nodes and ports.

Both the definition and functional graph need to be patched.

The utility patchDefinition encapsulates this logic.

def patchDefinition(definition, funcgraph, documentation, namespace):
    if documentation:
        definition.setDocString(documentation)
    if namespace:
        definition.setNamespace(namespace)
        funcgraph.setNamespace(namespace)

    if not funcgraph:
        return

    for graphChild in funcgraph.getChildren():
        graphChild.removeAttribute('xpos')
        graphChild.removeAttribute('ypos')

    filterAttributes = { 'nodegraph', 'nodename', 'channels', 'interfacename', 'xpos', 'ypos' }

    # Transfer input interface from the graph to the nodedef
    for input in funcgraph.getInputs():
        nodeDefInput = definition.addInput(input.getName(), input.getType())
        if nodeDefInput:
            nodeDefInput.copyContentFrom(input)
            for filterAttribute in filterAttributes:
                nodeDefInput.removeAttribute(filterAttribute);
            nodeDefInput.setSourceUri('')
            input.setInterfaceName(nodeDefInput.getName())

    # Remove interface from the nodegraph
    for input in funcgraph.getInputs():
        funcgraph.removeInput(input.getName())

    # Copy the output interface from the graph to the nodedef
    for output in funcgraph.getOutputs():
        nodeDefOutput = definition.getOutput(output.getName())
        if nodeDefOutput:
            definition.removeOutput(output.getName())
        definition.addOutput(output.getName(), output.getType())
        if nodeDefOutput:
            nodeDefOutput.copyContentFrom(output)
            for filterAttribute in filterAttributes:
                nodeDefOutput.removeAttribute(filterAttribute)
            nodeDefOutput.setSourceUri('')
            

Running with the patch results in the new corrected definition:

# Run definition creation again with patching logic
doc, libFiles = mxf.MtlxFile.createWorkingDocument()
mx.readFromXmlFile(doc, mx.FilePath('./data/test_procedural.mtlx'))

compoundGraphs = findCompoundGraphs(doc, libFiles)
for nodeGraph in compoundGraphs: 
    cparam = {}
    cparam['nodedefName'] = 'ND_' + nodeGraph.getName()
    cparam['category'] = nodeGraph.getName()
    cparam['version'] = '1.0'
    cparam['defaultversion'] = True
    cparam['nodegroup'] = 'texture2d'
    cparam['nodegraphName'] = 'NG_' + nodeGraph.getName()      
    definition, funcgraph = createDefinitionAndFunctionalGraph(nodeGraph, cparam)

    # Add documentation and namespace as well as patch up definition and functional graph
    documentation = 'Documentation for new definition: ' + nodeGraph.getName()
    namespace = 'mynamespace'
    patchDefinition(definition, funcgraph, documentation, namespace)

    defDoc = mx.createDocument()
    graphDoc = None
    defComment = ' Definition: nodeGraph.getName() '
    graphComment = ' Functional graph for definition: nodeGraph.getName() '
    
    addDefinitionToDocument(definition, funcgraph, defDoc, graphDoc, defComment, graphComment)
    if defDoc:
        documentContents = writeDocToString(defDoc)
        writeDocToMarkdown(documentContents)

<?xml version="1.0"?>
<materialx version="1.38">
  <!-- Definition: nodeGraph.getName() -->
  <nodedef name="ND_myProcedural" node="myProcedural" nodegroup="texture2d" version="1.0" isdefaultversion="true" doc="Documentation for new definition: myProcedural" namespace="mynamespace">
    <input name="modulo" type="vector2" value="2.1, 1.1" />
    <input name="threshold" type="float" value="1.2" />
    <input name="repeat" type="vector2" value="13.2, 9.9" />
    <input name="noiseAmplitude" type="vector3" value="1.3, 1.7, 4.8" />
    <output name="output_color3" type="color3" />
  </nodedef>
  <!-- Functional graph for definition: nodeGraph.getName() -->
  <nodegraph name="NG_myProcedural" nodedef="ND_myProcedural" namespace="mynamespace">
    <ramplr name="ramplr_color3" type="color3">
      <input name="valuer" type="color3" value="0.088713, 0.647922, 0.168014" />
      <input name="texcoord" type="vector2" nodename="modulo_vector2" />
    </ramplr>
    <output name="output_color3" type="color3" nodename="ifgreater_color3" />
    <ifgreater name="ifgreater_color3" type="color3">
      <input name="in1" type="color3" nodename="ramplr_color3" />
      <input name="in2" type="color3" nodename="noise2d_color3" />
      <input name="value1" type="float" nodename="separate2_vector2" />
      <input name="value2" type="float" interfacename="threshold" />
    </ifgreater>
    <texcoord name="texcoord_vector2" type="vector2" />
    <separate2 name="separate2_vector2" type="multioutput">
      <input name="in" type="vector2" nodename="modulo_vector2" />
    </separate2>
    <modulo name="modulo_vector2" type="vector2">
      <input name="in1" type="vector2" nodename="multiply_vector2" />
      <input name="in2" type="vector2" interfacename="modulo" />
    </modulo>
    <noise2d name="noise2d_color3" type="color3">
      <input name="texcoord" type="vector2" nodename="modulo_vector2" />
      <input name="amplitude" type="vector3" interfacename="noiseAmplitude" />
    </noise2d>
    <multiply name="multiply_vector2" type="vector2">
      <input name="in1" type="vector2" nodename="texcoord_vector2" />
      <input name="in2" type="vector2" interfacename="repeat" />
    </multiply>
  </nodegraph>
</materialx>

3. Creating Definitions from Source Code

When creating a custom node with source code implementations there are three things are required:

• A <nodedef> element specifying the signature of the node.
• An <implementation> element that tells the code generator where it can find the source code for the node, for a particular target/language. An implementation element is required for each target you want to support. For the standard library: GLSL (and Vulkan, ESSL variants), OSL, MDL, and MSL should be supported.
• The source code for the node.

Creating the Interface

There are no specific tools to directly creation nodedef interfaces. We will use a simple example which just adds 2 colors together:

<!-- Definition of a simple node <myad>, adding two colors. -->
  <nodedef name="ND_myadd_color3" node="myadd">
    <input name="in1" type="color3" value="1.0, 0.0, 0.0" />
    <input name="in2" type="color3" value="0.0, 1.0, 0.0" />
    <output name="out" type="color3" defaultinput="in1" />
  </nodedef>

Note that it is a good practice to have a default routing from the input to the output if a node instance is disabled (is a pass-through). This can be done by setting the mx.Output.DEFAULT_INPUT_ATTRIBUTE attribute on each output.

Note that it is only valid to set this on an output in a definition. In this case the default value for the output out is the input "in1".

The addNodeDefinition() utility creates a node definition which adheres to a standard naming convention of:

  ND_<category>_<type>

This is called to create a new definition followed by manual addition of the input and output interface.

def addNodeDefinition(doc, category, type):
    '''
    Add a node definition which uses the standard naming convention.
    No definition is created if a node of the same name already exists in the document 
    '''
    prefix = 'ND_'
    nodedefName = prefix + category + '_' + type 

    existingDef = doc.getChild(nodedefName)
    if existingDef:
        return None

    newDef = doc.addChildOfCategory('nodedef', nodedefName)
    newDef.setNodeString(category)
    return newDef

doc, libFiles = mxf.MtlxFile.createWorkingDocument()
category = 'myadd'
output_type = 'color3'
comment = doc.addChildOfCategory('comment')
comment.setDocString(' Definition of a simple node <myadd>, adding two colors. ')
newDef = addNodeDefinition(doc, category, output_type)

# Example way to add in inputs and outputs
inputs = [ ["in1", "color3", "1.0, 0.0, 0.0"], ["in2", "color3", "0.0, 0.0, 0.0"] ]
outputs = [ ["out", "color3", "in1"] ]
for input in inputs:
    newInput = newDef.addInput(input[0], input[1])
    newInput.setValueString(input[2])
for output in outputs:
    newOutput = newDef.addOutput(output[0], output[1])
    if output[2]:
        newOutput.setAttribute(mx.Output.DEFAULT_INPUT_ATTRIBUTE, output[2])

documentContents = writeDocToString(doc)
writeDocToMarkdown(documentContents)

<?xml version="1.0"?>
<materialx version="1.38">
  <!-- Definition of a simple node <myadd>, adding two colors. -->
  <nodedef name="ND_myadd_color3" node="myadd">
    <input name="in1" type="color3" value="1.0, 0.0, 0.0" />
    <input name="in2" type="color3" value="0.0, 0.0, 0.0" />
    <output name="out" type="color3" defaultinput="in1" />
  </nodedef>
</materialx>

As an alternative, the interface could be created as a compound nodegraph first using existing graph editing tools and then used to add the interface to an existing definition.

For example this graph was created interactively in the MaterialX Graph Editor:

<nodegraph name="myadd">
  <input name="in1" type="color3" value="1, 0, 0" xpos="11.021739" ypos="-3.568965" />
  <input name="in2" type="color3" value="0, 0, 0" xpos="11.115942" ypos="-2.051724" />
  <output name="out" type="color3" xpos="13.456522" ypos="-3.284483" />
</nodegraph>

In order to add an interfqace a utility called copyValueElements() is used to copy inputs and outputs over. As copyValueElements() replaces the attributes on a node so these need to be cached from the definition and restored afterwards.

As with the functional nodegraph logic, undesired attributes can be removed afterwards.

The utility createDefinitionFromGraphReference() encapsulates this logic.

def createDefinitionFromGraphReference(doc, category, output_type, refNodeGraph):
    newDef = addNodeDefinition(doc, category, output_type)

    # Copy the children over from the nodegraph
    newDefAttrs = newDef.getAttributeNames()
    newDefAttrValues = {}
    for newDefAttr in newDefAttrs:
        attr = newDef.getAttribute(newDefAttr)
        newDefAttrValues[newDefAttr] = attr
    newDef.copyContentFrom(refNodeGraph)
    for newDefAttr in newDefAttrs:
        newDef.setAttribute(newDefAttr, newDefAttrValues[newDefAttr])

    # Filter out undesired attributes including connections and ui position
    filterAttributes = { 'nodegraph', 'nodename', 'channels', 'interfacename', 'xpos', 'ypos' }
    for child in newDef.getChildren():
        for filterAttribute in filterAttributes:
            child.removeAttribute(filterAttribute)

    return newDef

With this logic, interfaces do not need to be manually created.

As in the previous example the default output value needs to be set manually. Unfortunately, it cannot be set on the compound nodegraph used to build the interface as this is considered to be invalid.

# Read in reference nodegraph
refdoc, reflibFiles = mxf.MtlxFile.createWorkingDocument()
mx.readFromXmlFile(refdoc, mx.FilePath('./data/myadd_compound_graph.mtlx'))

category = 'myadd'
output_type = 'color3'
refNodeGraph = refdoc.getNodeGraph('myadd')

sourceCodeDoc = None
inline_definition = None
if refNodeGraph:
    # Create a new empty definition
    sourceCodeDoc, libFiles = mxf.MtlxFile.createWorkingDocument()
    comment = sourceCodeDoc.addChildOfCategory('comment')
    comment.setDocString(' Definition of a simple node <myadd>, adding two colors. ')
    inline_definition = createDefinitionFromGraphReference(sourceCodeDoc, category, output_type, refNodeGraph)
    for child in inline_definition.getOutputs():
        child.setAttribute(mx.Output.DEFAULT_INPUT_ATTRIBUTE, 'in1')

if sourceCodeDoc:
    docString = writeDocToString(sourceCodeDoc)
    writeDocToMarkdown(docString)

<?xml version="1.0"?>
<materialx version="1.38">
  <!-- Definition of a simple node <myadd>, adding two colors. -->
  <nodedef name="ND_myadd_color3" node="myadd">
    <input name="in1" type="color3" value="1, 0, 0" />
    <input name="in2" type="color3" value="0, 0, 0" />
    <output name="out" type="color3" defaultinput="in1" />
  </nodedef>
</materialx>

Creating Implementations

To support code generation for the standard shading languages an implementation will be made for each target.

At this point a choice needs to be made on whether the code can be inlined or not. If it can then the implementation element will hold the code in it's sourcecode attribute. If not then additional source code files need to be created and a file and function identifier attribute need to be specified.

Inlined Source Code

For this implementation example we will first show inlined code which uses string tokens to represent arguments. Tokens are surrounded by '{{' and '}}' delimiters.

In this example the code becomes:

 '{{in1}} + {{in2}}'

where in1 corresponds to the nodedef input in1 and in2 to the nodedef input in2

Three utilities are added to construct a proper implementation:

1. The utility getTargetDefs() is used to find out required targets. The essl target corresponds to the GLSL ES code generator which at the current time has no specific implementations so is skipped.

2. The utility createImplementations() builds an matching standard implementation name with the format:

     IM_<category>_<type>_<target>
   

   and uses that to create a new implementation.

   As with functional nodegraphs an association with the definition (nodedef) needs to be set as well as the target on the implementation element.

3. The utility setImplementationSourceCode_v1() is used to set the inlined source code on an implementation.

def getTargetDefs(doc):
    targets = []
    for element in doc.getChildren():
        if element.getCategory() == 'targetdef':
            if element.getName() != 'essl':
                targets.append(element.getName())
    return targets

def createImplementations(doc, nodedef, targets):
    '''
    Create implementation elements for a set of targets based on a given definition (nodedef).
    All implementation names are of the form:
    
        IM_<category>_<output type>_<target>
    
    '''
    prefix = 'IM_'
    category = nodedef.getNodeString() 
    type = nodedef.getType()
    implName = prefix + category + '_' + type 
    impls = []
    for target in targets:
        comment = doc.addChildOfCategory('comment')
        comment.setDocString(' Implementation of <%s> for target %s and type %s ' % (category, target, type))
        impl = doc.addImplementation(implName + '_' + target)
        impl.setNodeDef(newDef)
        impl.setTarget(target)
        impls.append(impl)

    return impls


def setImplementationSourceCode_v1(doc, nodedef, targets, sourceCode):
    category = nodedef.getNodeString() 
    type = nodedef.getType()
    implName = 'IM_' + category + '_' + type 
    for target, code in zip(targets, sourceCode):
        impl = doc.getImplementation(implName + '_' + target)
        if impl:
            impl.setAttribute('sourcecode', code)

# Create the implementations for all targets based on the nodedef
inlined_doc = mx.createDocument()
inlined_doc.copyContentFrom(sourceCodeDoc)
targets = getTargetDefs(inlined_doc)
inlined_impls = createImplementations(inlined_doc, newDef, targets)

# Set the source code for all targets based on the nodedef.
# In this case all inline implementations are identical.
sourceCode = [ '{{in1}} + {{in2}}' ]
sourceCode = sourceCode * len(targets)
setImplementationSourceCode_v1(inlined_doc, newDef, targets, sourceCode)

docString = mxf.MtlxFile.writeDocumentToString(inlined_doc, mxf.MtlxFile.skipLibraryElement)
writeDocToMarkdown(docString)

mxf.MtlxFile.writeDocumentToFile(inlined_doc, './data/myadd_definition.mtlx', mxf.MtlxFile.skipLibraryElement)

<?xml version="1.0"?>
<materialx version="1.38">
  <!-- Definition of a simple node <myadd>, adding two colors. -->
  <nodedef name="ND_myadd_color3" node="myadd">
    <input name="in1" type="color3" value="1, 0, 0" />
    <input name="in2" type="color3" value="0, 0, 0" />
    <output name="out" type="color3" defaultinput="in1" />
  </nodedef>
  <!-- Implementation of <myadd> for target genglsl and type color3 -->
  <implementation name="IM_myadd_color3_genglsl" nodedef="ND_myadd_color3" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <!-- Implementation of <myadd> for target genmdl and type color3 -->
  <implementation name="IM_myadd_color3_genmdl" nodedef="ND_myadd_color3" target="genmdl" sourcecode="{{in1}} + {{in2}}" />
  <!-- Implementation of <myadd> for target genmsl and type color3 -->
  <implementation name="IM_myadd_color3_genmsl" nodedef="ND_myadd_color3" target="genmsl" sourcecode="{{in1}} + {{in2}}" />
  <!-- Implementation of <myadd> for target genosl and type color3 -->
  <implementation name="IM_myadd_color3_genosl" nodedef="ND_myadd_color3" target="genosl" sourcecode="{{in1}} + {{in2}}" />
</materialx>

Source Code Files For Implementations

If the code cannot be inlined then a new function name is required, with the general guideline to prefix the function name with the string mx_ followed by catagory and type. For consistency the file names for source code will use the same convention.

Thus for this example:

• mx_myadd_color3 is the function name and
• mx_myadd_color3.<shader language extension> is used for the shader name, where <shader language extension> is the native shading language suffix name (e.g. osl for the OSL shading language or msl for Metal)

The utility function setImplementationSourceCode_v1 is extended to differentiate between inline and file source code and called setImplementationSourceCode

def setImplementationSourceCode(doc, nodedef, targets, sourceCode, inlined):
    type = nodedef.getType()
    category = nodedef.getNodeString()
    implName = 'IM_' + category + '_' + type 

    if inlined:
        for target, code in zip(targets, sourceCode):
            impl = doc.getImplementation(implName + '_' + target)
            if impl:
                    impl.setAttribute('sourcecode', code)
    else:
        functionName = 'mx_' + category + '_' + type
        for target, code in zip(targets, sourceCode):
            impl = doc.getImplementation(implName + '_' + target)
            if impl:
                fileName = functionName
                impl.setFunction(functionName)
                fileExtension = target.removeprefix('gen')
                fileName = functionName + '.' + fileExtension
                impl.setFile(fileName)

                # Note: A possible option to add here would be to create the actual source files.

filesource_doc = mx.createDocument()
filesource_doc.copyContentFrom(doc)

targets = getTargetDefs(filesource_doc)
createImplementations(filesource_doc, newDef, targets)

sourceCode = [ 'placeholder text']
sourceCode = sourceCode * len(targets)
setImplementationSourceCode(filesource_doc, newDef, targets, sourceCode, False)

docString = mxf.MtlxFile.writeDocumentToString(filesource_doc, mxf.MtlxFile.skipLibraryElement)
writeDocToMarkdown(docString)

mxf.MtlxFile.writeDocumentToFile(filesource_doc, './data/myadd_definition_file.mtlx', mxf.MtlxFile.skipLibraryElement)

<?xml version="1.0"?>
<materialx version="1.38">
  <!-- Definition of a simple node <myadd>, adding two colors. -->
  <nodedef name="ND_myadd_color3" node="myadd">
    <input name="in1" type="color3" value="1.0, 0.0, 0.0" />
    <input name="in2" type="color3" value="0.0, 0.0, 0.0" />
    <output name="out" type="color3" defaultinput="in1" />
  </nodedef>
  <!-- Implementation of <myadd> for target genglsl and type color3 -->
  <implementation name="IM_myadd_color3_genglsl" nodedef="ND_myadd_color3" target="genglsl" function="mx_myadd_color3" file="mx_myadd_color3.glsl" />
  <!-- Implementation of <myadd> for target genmdl and type color3 -->
  <implementation name="IM_myadd_color3_genmdl" nodedef="ND_myadd_color3" target="genmdl" function="mx_myadd_color3" file="mx_myadd_color3.mdl" />
  <!-- Implementation of <myadd> for target genmsl and type color3 -->
  <implementation name="IM_myadd_color3_genmsl" nodedef="ND_myadd_color3" target="genmsl" function="mx_myadd_color3" file="mx_myadd_color3.msl" />
  <!-- Implementation of <myadd> for target genosl and type color3 -->
  <implementation name="IM_myadd_color3_genosl" nodedef="ND_myadd_color3" target="genosl" function="mx_myadd_color3" file="mx_myadd_color3.osl" />
</materialx>

4. Adding Definitions To A "Library"

When a definition is refined to the point where it can be made generally available, there are a few choices to how they are organized and where they will reside. For instance a new definition could either be part of a custom library or potentially contributed back the the MaterialX standard libraries.

"Standard" Library Organization

Below shows a layout for how the standard libraries are organized on the left.

For example if we consider the grouping on the left to be stdlib, then is composed:

• A separate file stdlib_defs.mtlx containing all definitions (def)
• A separate file stdlib_ng.mtlx containing all functional node graph (ng) implementations.
• A separate file containing all per-target source code implementation references. Files reside in per-target sub-folders and of the form: <target>/stdlib_<target>_impl.mtlx files. For example genglsl/stdlib_genglsl_impl.mtlx is the implementation file for GLSL (genglsl target)).

This structure is repeated for the standard pbr library pbrlib.

Higher level functional nodegraph implementation only libraries such as bxdf are built on top of pbrilb and stdlib.

Custom Library Organization

In the above diagram we show a custom library (on the right) which reflects the "standard" libraries.

There are however many choices as shown on the far right.

For instance functional nodegraphs could be kept separate from other graphs, and/or they could be kept within the file as definition or as two separate files. The same holds true implementations and implementation files. For instance the implementation, functional nodegraph and definition could all reside in the same file as a self-contained grouping.

Semantic Groupings

Different attributes could be used for organization such as category, node group, namespaceand version.

Library Identification and Dependencies

Note that there is no formal concept of a "library" and thus no concept of library or definition dependicies. For example stdlib is just a folder name where definitions reside. The definitions themselves have no reference to a given library identifier.

If a definition from the bxdf library is created without loading in stdlib and / or pbrlib then this dependency may only be detected at graph evaluation time (e.g. for code generation)

Also as noted, (XML) include dependencies are not recommended to be specified explicitly as they are file references. There is no concept of library "identifier" dependence.

Adding A Custom Definition to the "Standard" library

A desirable feature is to be able to add definitions into the MaterialX standard libraries. As definitions have no delineation within a file (beyond an XML comment string), an initial option is to just append the definitions, implementations, and functional graphs into the appropriate files.

At time of writing, utilities to aid in this process are under discussion / design, with a possible recommended workflow forth-coming. Note that version 1.38.8 is the minimum version to be able to preserve comments and new-lines properly on XML load and save.

Example 1: Definition with Functional Graph Implementation

In this example, we will take the nodegraph from the Marble example and produce separate documents using the addDefinitionToDocument() utility. The resulting definition and functional graph is shown using the option to write to separate documents.

doc, libFiles = mxf.MtlxFile.createWorkingDocument()
mx.readFromXmlFile(doc, 'data/standard_surface_marble_solid.mtlx')

nodeGraph = doc.getNodeGraph('NG_marble1')

category = 'mymarble'

cparam = {}
cparam['nodedefName'] = 'ND_' + category
cparam['category'] = category
cparam['version'] = '1.0'
cparam['defaultversion'] = True
cparam['nodegroup'] = 'texture2d'
cparam['nodegraphName'] = 'NG_' + category      
definition, funcgraph = createDefinitionAndFunctionalGraph(nodeGraph, cparam)

# Add documentation and namespace as well as patch up definition and functional graph
documentation = ' Custom marble texture defintion: ' + category
namespace = ''
patchDefinition(definition, funcgraph, documentation, namespace)

defDoc = mx.createDocument()
graphDoc = mx.createDocument()
addDefinitionToDocument(definition, funcgraph, defDoc, graphDoc, ' Custom marble definition: : mymarble ', ' Functional graph implementation of custom marble: mymarble ')

writeToMarkdown('### Definition document')
documentContents = writeDocToString(defDoc)
writeDocToMarkdown(documentContents)

writeToMarkdown('### Functional Graph document')
documentContents = writeDocToString(graphDoc)
writeDocToMarkdown(documentContents)

Definition document

<?xml version="1.0"?>
<materialx version="1.38">
  <!-- Custom marble definition: : mymarble -->
  <nodedef name="ND_mymarble" node="mymarble" nodegroup="texture2d" version="1.0" isdefaultversion="true" doc=" Custom marble texture defintion: mymarble">
    <input name="base_color_1" type="color3" value="0.8, 0.8, 0.8" uiname="Color 1" uifolder="Marble Color" />
    <input name="base_color_2" type="color3" value="0.1, 0.1, 0.3" uiname="Color 2" uifolder="Marble Color" />
    <input name="noise_scale_1" type="float" value="6.0" uisoftmin="1.0" uisoftmax="10.0" uiname="Scale 1" uifolder="Marble Noise" />
    <input name="noise_scale_2" type="float" value="4.0" uisoftmin="1.0" uisoftmax="10.0" uiname="Scale 2" uifolder="Marble Noise" />
    <input name="noise_power" type="float" value="3.0" uisoftmin="1.0" uisoftmax="10.0" uiname="Power" uifolder="Marble Noise" />
    <input name="noise_octaves" type="integer" value="3" uisoftmin="1" uisoftmax="8" uiname="Octaves" uifolder="Marble Noise" />
    <output name="out" type="color3" />
  </nodedef>
</materialx>

Functional Graph document

<?xml version="1.0"?>
<materialx version="1.38">
  <!-- Functional graph implementation of custom marble: mymarble -->
  <nodegraph name="NG_mymarble" nodedef="ND_mymarble">
    <position name="obj_pos" type="vector3" />
    <dotproduct name="add_xyz" type="float">
      <input name="in1" type="vector3" nodename="obj_pos" />
      <input name="in2" type="vector3" value="1, 1, 1" />
    </dotproduct>
    <multiply name="scale_xyz" type="float">
      <input name="in1" type="float" nodename="add_xyz" />
      <input name="in2" type="float" interfacename="noise_scale_1" />
    </multiply>
    <multiply name="scale_pos" type="vector3">
      <input name="in1" type="vector3" nodename="obj_pos" />
      <input name="in2" type="float" interfacename="noise_scale_2" />
    </multiply>
    <fractal3d name="noise" type="float">
      <input name="octaves" type="integer" interfacename="noise_octaves" />
      <input name="position" type="vector3" nodename="scale_pos" />
    </fractal3d>
    <multiply name="scale_noise" type="float">
      <input name="in1" type="float" nodename="noise" />
      <input name="in2" type="float" value="3.0" />
    </multiply>
    <add name="sum" type="float">
      <input name="in1" type="float" nodename="scale_xyz" />
      <input name="in2" type="float" nodename="scale_noise" />
    </add>
    <sin name="sin" type="float">
      <input name="in" type="float" nodename="sum" />
    </sin>
    <multiply name="scale" type="float">
      <input name="in1" type="float" nodename="sin" />
      <input name="in2" type="float" value="0.5" />
    </multiply>
    <add name="bias" type="float">
      <input name="in1" type="float" nodename="scale" />
      <input name="in2" type="float" value="0.5" />
    </add>
    <power name="power" type="float">
      <input name="in1" type="float" nodename="bias" />
      <input name="in2" type="float" interfacename="noise_power" />
    </power>
    <mix name="color_mix" type="color3">
      <input name="bg" type="color3" interfacename="base_color_1" />
      <input name="fg" type="color3" interfacename="base_color_2" />
      <input name="mix" type="float" nodename="power" />
    </mix>
    <output name="out" type="color3" nodename="color_mix" />
  </nodegraph>
</materialx>

If the stdlib files are used instead then the definition and graph are appended to existing standard library files.

The utility getStandardLibraryFilePaths() builds a list of file paths to where the files for a "standard" library would reside. It takes advantage of the fact that a standardized naming convention is used.

def getStandardLibraryFilePaths(library, targets=[]):
    '''
    Get file paths based on a "standard" library configuration
    '''    
    DEFS_POSTFIX = '_defs'
    GRAPH_POSTFIX = '_ng'
    MTLX_EXTENSION = 'mtlx'
    IMPL_POSTFIX = '_impl'

    rootFilePath = mx.FilePath(library)

    defFilePath = mx.FilePath(library + DEFS_POSTFIX)
    defFilePath.addExtension(MTLX_EXTENSION)
    defFilePath = rootFilePath / defFilePath

    graphFilePath = mx.FilePath(library + GRAPH_POSTFIX)
    graphFilePath.addExtension(MTLX_EXTENSION)
    graphFilePath = rootFilePath / graphFilePath

    implFilePaths = []
    for target in targets:
        targetRoot = mx.FilePath(target)
        targetPath = mx.FilePath(library + '_' + target + IMPL_POSTFIX)
        targetPath.addExtension(MTLX_EXTENSION)
        targetPath = rootFilePath / targetRoot / targetPath
        implFilePaths.append(targetPath)

    return defFilePath, graphFilePath, implFilePaths


targets = getTargetDefs(doc)
libraryName = 'stdlib'
defFilePath, graphFilePath, implFilePaths = getStandardLibraryFilePaths(libraryName, targets)
writeToMarkdown('### File Paths for Library: %s ' % libraryName)
writeToMarkdown('* Definition File: %s' % defFilePath.asString())
writeToMarkdown('* Functional Graph File: %s' % graphFilePath.asString())
for implPath, target in zip(implFilePaths, targets):    
    writeToMarkdown('* Target( %s ) implementation file: %s' % (target, implPath.asString()))

File Paths for Library: stdlib

• Definition File: stdlib\stdlib_defs.mtlx

• Functional Graph File: stdlib\stdlib_ng.mtlx

• Target( genglsl ) implementation file: stdlib\genglsl\stdlib_genglsl_impl.mtlx

• Target( genmdl ) implementation file: stdlib\genmdl\stdlib_genmdl_impl.mtlx

• Target( genmsl ) implementation file: stdlib\genmsl\stdlib_genmsl_impl.mtlx

• Target( genosl ) implementation file: stdlib\genosl\stdlib_genosl_impl.mtlx

With these file names available we can load in these documents, append to them and write them back out. Note that we turn on preservation of both comments and newlines so as to not lose any of the original formatting.

targets = getTargetDefs(doc)
libraryName = 'stdlib'
defFilePath, graphFilePath, implFilePaths = getStandardLibraryFilePaths(libraryName, targets)

defaultLibFolder = mx.getDefaultDataLibraryFolders()
defaultSearchPath = mx.getDefaultDataSearchPath()

# Read in files relative to default library search path
defDoc = mx.createDocument()
defFilePath = mx.FilePath(defaultLibFolder[0]) / defFilePath
mx.readFromXmlFile(defDoc, defFilePath, defaultSearchPath)

graphDoc = mx.createDocument()
graphFilePath = mx.FilePath(defaultLibFolder[0]) / graphFilePath
mx.readFromXmlFile(graphDoc, graphFilePath, defaultSearchPath)

# Append the definitions and functional graph to each document
addDefinitionToDocument(definition, funcgraph, defDoc, graphDoc, ' Custom marble definition: : mymarble ', ' Functional graph implementation of custom marble: mymarble ')

# Examine the document
documentContents = mx.writeToXmlString(defDoc, writeOptions)
text = '<details><summary>Standard Libray Definitions with New Definiont</summary>\n\n' + '```xml\n' + documentContents + '```\n' + '</details>\n' 
display_markdown(text , raw=True)  

documentContents = mx.writeToXmlString(graphDoc, writeOptions)
text = '<details><summary>Standard Libray Graphs with New Graph</summary>\n\n' + '```xml\n' + documentContents + '```\n' + '</details>\n' 
display_markdown(text , raw=True)  

# Confirm and clean-up
findGraph = graphDoc.getNodeGraph(funcgraph.getName())
if findGraph:
    print('Functional graph added to: %s' % graphFilePath.asString())
    graphDoc.removeChild(funcgraph.getName())
    findGraph = graphDoc.getNodeGraph(funcgraph.getName())

findDef = defDoc.getNodeDef(definition.getName())
if findDef:
    print('Definition added to: %s' % defFilePath.asString())
    defDoc.removeChild(definition.getName())
    findDef = defDoc.getNodeGraph(definition.getName())

Standard Libray Definitions with New Definiont

<?xml version="1.0"?>
<materialx version="1.38">
  <typedef name="boolean" />
  <typedef name="integer" />
  <typedef name="float" />
  <typedef name="color3" semantic="color" />
  <typedef name="color4" semantic="color" />
  <typedef name="vector2" />
  <typedef name="vector3" />
  <typedef name="vector4" />
  <typedef name="matrix33" />
  <typedef name="matrix44" />
  <typedef name="string" />
  <typedef name="filename" />
  <typedef name="geomname" />
  <typedef name="surfaceshader" semantic="shader" context="surface" />
  <typedef name="displacementshader" semantic="shader" context="displacement" />
  <typedef name="volumeshader" semantic="shader" context="volume" />
  <typedef name="lightshader" semantic="shader" context="light" />
  <typedef name="material" semantic="material" />
  <typedef name="none" />
  <typedef name="integerarray" />
  <typedef name="floatarray" />
  <typedef name="color3array" semantic="color" />
  <typedef name="color4array" semantic="color" />
  <typedef name="vector2array" />
  <typedef name="vector3array" />
  <typedef name="vector4array" />
  <typedef name="stringarray" />
  <typedef name="geomnamearray" />
  <unittypedef name="distance" />
  <unitdef name="UD_stdlib_distance" unittype="distance">
    <unit name="nanometer" scale="0.000000001" />
    <unit name="micron" scale="0.000001" />
    <unit name="millimeter" scale="0.001" />
    <unit name="centimeter" scale="0.01" />
    <unit name="inch" scale="0.0254" />
    <unit name="foot" scale="0.3048" />
    <unit name="yard" scale="0.9144" />
    <unit name="meter" scale="1.0" />
    <unit name="kilometer" scale="1000.0" />
    <unit name="mile" scale="1609.344" />
  </unitdef>
  <unittypedef name="angle" />
  <unitdef name="UD_stdlib_angle" unittype="angle">
    <unit name="degree" scale="1.0" />
    <unit name="radian" scale="57.295779513" />
  </unitdef>
  <geompropdef name="Pobject" type="vector3" geomprop="position" space="object" />
  <geompropdef name="Nobject" type="vector3" geomprop="normal" space="object" />
  <geompropdef name="Tobject" type="vector3" geomprop="tangent" space="object" index="0" />
  <geompropdef name="Bobject" type="vector3" geomprop="bitangent" space="object" index="0" />
  <geompropdef name="Pworld" type="vector3" geomprop="position" space="world" />
  <geompropdef name="Nworld" type="vector3" geomprop="normal" space="world" />
  <geompropdef name="Tworld" type="vector3" geomprop="tangent" space="world" index="0" />
  <geompropdef name="Bworld" type="vector3" geomprop="bitangent" space="world" index="0" />
  <geompropdef name="UV0" type="vector2" geomprop="texcoord" index="0" />
  <nodedef name="ND_surfacematerial" node="surfacematerial" nodegroup="material">
    <input name="surfaceshader" type="surfaceshader" value="" />
    <input name="displacementshader" type="displacementshader" value="" />
    <output name="out" type="material" />
  </nodedef>
  <nodedef name="ND_volumematerial" node="volumematerial" nodegroup="material">
    <input name="volumeshader" type="volumeshader" value="" />
    <output name="out" type="material" />
  </nodedef>
  <nodedef name="ND_surface_unlit" node="surface_unlit" nodegroup="shader" doc="Construct a surface shader from emission and transmission values.">
    <input name="emission" type="float" value="1.0" doc="Surface emission amount." />
    <input name="emission_color" type="color3" value="1,1,1" doc="Surface emission color." />
    <input name="transmission" type="float" value="0.0" doc="Surface transmission amount." />
    <input name="transmission_color" type="color3" value="1,1,1" doc="Surface transmission color." />
    <input name="opacity" type="float" value="1.0" doc="Surface cutout opacity." />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_image_float" node="image" nodegroup="texture2d">
    <input name="file" type="filename" value="" uiname="Filename" uniform="true" />
    <input name="layer" type="string" value="" uiname="Layer" uniform="true" />
    <input name="default" type="float" value="0.0" uiname="Default Color" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" uiname="Texture Coordinates" />
    <input name="uaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode U" uniform="true" />
    <input name="vaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode V" uniform="true" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uiname="Filter Type" uniform="true" />
    <input name="framerange" type="string" value="" uiname="Frame Range" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uiname="Frame Offset" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uiname="Frame End Action" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_image_color3" node="image" nodegroup="texture2d">
    <input name="file" type="filename" value="" uiname="Filename" uniform="true" />
    <input name="layer" type="string" value="" uiname="Layer" uniform="true" />
    <input name="default" type="color3" value="0.0, 0.0, 0.0" uiname="Default Color" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" uiname="Texture Coordinates" />
    <input name="uaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode U" uniform="true" />
    <input name="vaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode V" uniform="true" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uiname="Filter Type" uniform="true" />
    <input name="framerange" type="string" value="" uiname="Frame Range" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uiname="Frame Offset" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uiname="Frame End Action" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_image_color4" node="image" nodegroup="texture2d">
    <input name="file" type="filename" value="" uiname="Filename" uniform="true" />
    <input name="layer" type="string" value="" uiname="Layer" uniform="true" />
    <input name="default" type="color4" value="0.0, 0.0, 0.0, 0.0" uiname="Default Color" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" uiname="Texture Coordinates" />
    <input name="uaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode U" uniform="true" />
    <input name="vaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode V" uniform="true" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uiname="Filter Type" uniform="true" />
    <input name="framerange" type="string" value="" uiname="Frame Range" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uiname="Frame Offset" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uiname="Frame End Action" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_image_vector2" node="image" nodegroup="texture2d">
    <input name="file" type="filename" value="" uiname="Filename" uniform="true" />
    <input name="layer" type="string" value="" uiname="Layer" uniform="true" />
    <input name="default" type="vector2" value="0.0, 0.0" uiname="Default Color" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" uiname="Texture Coordinates" />
    <input name="uaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode U" uniform="true" />
    <input name="vaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode V" uniform="true" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uiname="Filter Type" uniform="true" />
    <input name="framerange" type="string" value="" uiname="Frame Range" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uiname="Frame Offset" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uiname="Frame End Action" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_image_vector3" node="image" nodegroup="texture2d">
    <input name="file" type="filename" value="" uiname="Filename" uniform="true" />
    <input name="layer" type="string" value="" uiname="Layer" uniform="true" />
    <input name="default" type="vector3" value="0.0, 0.0, 0.0" uiname="Default Color" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" uiname="Texture Coordinates" />
    <input name="uaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode U" uniform="true" />
    <input name="vaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode V" uniform="true" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uiname="Filter Type" uniform="true" />
    <input name="framerange" type="string" value="" uiname="Frame Range" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uiname="Frame Offset" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uiname="Frame End Action" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_image_vector4" node="image" nodegroup="texture2d">
    <input name="file" type="filename" value="" uiname="Filename" uniform="true" />
    <input name="layer" type="string" value="" uiname="Layer" uniform="true" />
    <input name="default" type="vector4" value="0.0, 0.0, 0.0, 0.0" uiname="Default Color" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" uiname="Texture Coordinates" />
    <input name="uaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode U" uniform="true" />
    <input name="vaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode V" uniform="true" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uiname="Filter Type" uniform="true" />
    <input name="framerange" type="string" value="" uiname="Frame Range" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uiname="Frame Offset" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uiname="Frame End Action" uniform="true" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_tiledimage_float" node="tiledimage" nodegroup="texture2d">
    <input name="file" type="filename" value="" uniform="true" />
    <input name="default" type="float" value="0.0" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" />
    <input name="uvtiling" type="vector2" value="1.0, 1.0" />
    <input name="uvoffset" type="vector2" value="0.0, 0.0" />
    <input name="realworldimagesize" type="vector2" value="1.0, 1.0" unittype="distance" />
    <input name="realworldtilesize" type="vector2" value="1.0, 1.0" unittype="distance" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uniform="true" />
    <input name="framerange" type="string" value="" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_tiledimage_color3" node="tiledimage" nodegroup="texture2d">
    <input name="file" type="filename" value="" uniform="true" />
    <input name="default" type="color3" value="0.0, 0.0, 0.0" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" />
    <input name="uvtiling" type="vector2" value="1.0, 1.0" />
    <input name="uvoffset" type="vector2" value="0.0, 0.0" />
    <input name="realworldimagesize" type="vector2" value="1.0, 1.0" unittype="distance" />
    <input name="realworldtilesize" type="vector2" value="1.0, 1.0" unittype="distance" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uniform="true" />
    <input name="framerange" type="string" value="" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_tiledimage_color4" node="tiledimage" nodegroup="texture2d">
    <input name="file" type="filename" value="" uniform="true" />
    <input name="default" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" />
    <input name="uvtiling" type="vector2" value="1.0, 1.0" />
    <input name="uvoffset" type="vector2" value="0.0, 0.0" />
    <input name="realworldimagesize" type="vector2" value="1.0, 1.0" unittype="distance" />
    <input name="realworldtilesize" type="vector2" value="1.0, 1.0" unittype="distance" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uniform="true" />
    <input name="framerange" type="string" value="" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_tiledimage_vector2" node="tiledimage" nodegroup="texture2d">
    <input name="file" type="filename" value="" uniform="true" />
    <input name="default" type="vector2" value="0.0, 0.0" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" />
    <input name="uvtiling" type="vector2" value="1.0, 1.0" />
    <input name="uvoffset" type="vector2" value="0.0, 0.0" />
    <input name="realworldimagesize" type="vector2" value="1.0, 1.0" unittype="distance" />
    <input name="realworldtilesize" type="vector2" value="1.0, 1.0" unittype="distance" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uniform="true" />
    <input name="framerange" type="string" value="" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_tiledimage_vector3" node="tiledimage" nodegroup="texture2d">
    <input name="file" type="filename" value="" uniform="true" />
    <input name="default" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" />
    <input name="uvtiling" type="vector2" value="1.0, 1.0" />
    <input name="uvoffset" type="vector2" value="0.0, 0.0" />
    <input name="realworldimagesize" type="vector2" value="1.0, 1.0" unittype="distance" />
    <input name="realworldtilesize" type="vector2" value="1.0, 1.0" unittype="distance" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uniform="true" />
    <input name="framerange" type="string" value="" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_tiledimage_vector4" node="tiledimage" nodegroup="texture2d">
    <input name="file" type="filename" value="" uniform="true" />
    <input name="default" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" />
    <input name="uvtiling" type="vector2" value="1.0, 1.0" />
    <input name="uvoffset" type="vector2" value="0.0, 0.0" />
    <input name="realworldimagesize" type="vector2" value="1.0, 1.0" unittype="distance" />
    <input name="realworldtilesize" type="vector2" value="1.0, 1.0" unittype="distance" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uniform="true" />
    <input name="framerange" type="string" value="" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uniform="true" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_triplanarprojection_float" node="triplanarprojection" nodegroup="texture3d">
    <input name="filex" type="filename" value="" uniform="true" />
    <input name="filey" type="filename" value="" uniform="true" />
    <input name="filez" type="filename" value="" uniform="true" />
    <input name="layerx" type="string" value="" uniform="true" />
    <input name="layery" type="string" value="" uniform="true" />
    <input name="layerz" type="string" value="" uniform="true" />
    <input name="default" type="float" value="0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <input name="normal" type="vector3" defaultgeomprop="Nobject" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uniform="true" />
    <input name="framerange" type="string" value="" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_triplanarprojection_color3" node="triplanarprojection" nodegroup="texture3d">
    <input name="filex" type="filename" value="" uniform="true" />
    <input name="filey" type="filename" value="" uniform="true" />
    <input name="filez" type="filename" value="" uniform="true" />
    <input name="layerx" type="string" value="" uniform="true" />
    <input name="layery" type="string" value="" uniform="true" />
    <input name="layerz" type="string" value="" uniform="true" />
    <input name="default" type="color3" value="0.0, 0.0, 0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <input name="normal" type="vector3" defaultgeomprop="Nobject" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uniform="true" />
    <input name="framerange" type="string" value="" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_triplanarprojection_color4" node="triplanarprojection" nodegroup="texture3d">
    <input name="filex" type="filename" value="" uniform="true" />
    <input name="filey" type="filename" value="" uniform="true" />
    <input name="filez" type="filename" value="" uniform="true" />
    <input name="layerx" type="string" value="" uniform="true" />
    <input name="layery" type="string" value="" uniform="true" />
    <input name="layerz" type="string" value="" uniform="true" />
    <input name="default" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <input name="normal" type="vector3" defaultgeomprop="Nobject" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uniform="true" />
    <input name="framerange" type="string" value="" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_triplanarprojection_vector2" node="triplanarprojection" nodegroup="texture3d">
    <input name="filex" type="filename" value="" uniform="true" />
    <input name="filey" type="filename" value="" uniform="true" />
    <input name="filez" type="filename" value="" uniform="true" />
    <input name="layerx" type="string" value="" uniform="true" />
    <input name="layery" type="string" value="" uniform="true" />
    <input name="layerz" type="string" value="" uniform="true" />
    <input name="default" type="vector2" value="0.0, 0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <input name="normal" type="vector3" defaultgeomprop="Nobject" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uniform="true" />
    <input name="framerange" type="string" value="" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_triplanarprojection_vector3" node="triplanarprojection" nodegroup="texture3d">
    <input name="filex" type="filename" value="" uniform="true" />
    <input name="filey" type="filename" value="" uniform="true" />
    <input name="filez" type="filename" value="" uniform="true" />
    <input name="layerx" type="string" value="" uniform="true" />
    <input name="layery" type="string" value="" uniform="true" />
    <input name="layerz" type="string" value="" uniform="true" />
    <input name="default" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <input name="normal" type="vector3" defaultgeomprop="Nobject" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uniform="true" />
    <input name="framerange" type="string" value="" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_triplanarprojection_vector4" node="triplanarprojection" nodegroup="texture3d">
    <input name="filex" type="filename" value="" uniform="true" />
    <input name="filey" type="filename" value="" uniform="true" />
    <input name="filez" type="filename" value="" uniform="true" />
    <input name="layerx" type="string" value="" uniform="true" />
    <input name="layery" type="string" value="" uniform="true" />
    <input name="layerz" type="string" value="" uniform="true" />
    <input name="default" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <input name="normal" type="vector3" defaultgeomprop="Nobject" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uniform="true" />
    <input name="framerange" type="string" value="" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uniform="true" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_constant_float" node="constant" nodegroup="procedural">
    <input name="value" type="float" value="0.0" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_constant_color3" node="constant" nodegroup="procedural">
    <input name="value" type="color3" value="0.0, 0.0, 0.0" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_constant_color4" node="constant" nodegroup="procedural">
    <input name="value" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_constant_vector2" node="constant" nodegroup="procedural">
    <input name="value" type="vector2" value="0.0, 0.0" />
    <output name="out" type="vector2" default="0.0, 0.0" />
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    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_noise3d_color4" node="noise3d" nodegroup="procedural3d">
    <input name="amplitude" type="vector4" value="1.0, 1.0, 1.0, 1.0" />
    <input name="pivot" type="float" value="0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_noise3d_vector2" node="noise3d" nodegroup="procedural3d">
    <input name="amplitude" type="vector2" value="1.0, 1.0" />
    <input name="pivot" type="float" value="0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_noise3d_vector3" node="noise3d" nodegroup="procedural3d">
    <input name="amplitude" type="vector3" value="1.0, 1.0, 1.0" />
    <input name="pivot" type="float" value="0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_noise3d_vector4" node="noise3d" nodegroup="procedural3d">
    <input name="amplitude" type="vector4" value="1.0, 1.0, 1.0, 1.0" />
    <input name="pivot" type="float" value="0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_noise3d_color3FA" node="noise3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="pivot" type="float" value="0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_noise3d_color4FA" node="noise3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="pivot" type="float" value="0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_noise3d_vector2FA" node="noise3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="pivot" type="float" value="0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_noise3d_vector3FA" node="noise3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="pivot" type="float" value="0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_noise3d_vector4FA" node="noise3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="pivot" type="float" value="0.0" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_float" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_color3" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="vector3" value="1.0, 1.0, 1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_color4" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="vector4" value="1.0, 1.0, 1.0, 1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_vector2" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="vector2" value="1.0, 1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_vector3" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="vector3" value="1.0, 1.0, 1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_vector4" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="vector4" value="1.0, 1.0, 1.0, 1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_color3FA" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_color4FA" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_vector2FA" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_vector3FA" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_vector4FA" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_cellnoise2d_float" node="cellnoise2d" nodegroup="procedural2d">
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_cellnoise3d_float" node="cellnoise3d" nodegroup="procedural3d">
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_worleynoise2d_float" node="worleynoise2d" nodegroup="procedural2d">
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" />
    <input name="jitter" type="float" value="1.0" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_worleynoise2d_vector2" node="worleynoise2d" nodegroup="procedural2d">
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" />
    <input name="jitter" type="float" value="1.0" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_worleynoise2d_vector3" node="worleynoise2d" nodegroup="procedural2d">
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" />
    <input name="jitter" type="float" value="1.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_worleynoise3d_float" node="worleynoise3d" nodegroup="procedural3d">
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <input name="jitter" type="float" value="1.0" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_worleynoise3d_vector2" node="worleynoise3d" nodegroup="procedural3d">
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <input name="jitter" type="float" value="1.0" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_worleynoise3d_vector3" node="worleynoise3d" nodegroup="procedural3d">
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <input name="jitter" type="float" value="1.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_unifiednoise2d_float" node="unifiednoise2d" nodegroup="procedural2d">
    <input name="texcoord" type="vector2" uifolder="Common" defaultgeomprop="UV0" doc="The input 2d space. Default is the first texture coordinates." />
    <input name="freq" type="vector2" uiname="Frequency" uifolder="Common" value="1, 1" doc="Adjusts the noise frequency, with higher values producing smaller noise shapes. Default is (1,1)." />
    <input name="offset" type="vector2" uiname="Offset" uifolder="Common" value="0, 0" doc="Shift the noise in 2d space. Default is (0,0)." />
    <input name="jitter" type="float" uiname="Jitter" uifolder="Common" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Adjust uniformity of Worley noise; for other noise types jitters the results." />
    <input name="outmin" type="float" uiname="Output Min" uifolder="Post Process" value="0" doc="The lowest values fit to the noise. Default is 0.0." />
    <input name="outmax" type="float" uiname="Output Max" uifolder="Post Process" value="1" doc="The highest values fit to the noise. Default is 1.0." />
    <input name="clampoutput" type="boolean" uiname="Clamp Output" uifolder="Post Process" value="true" doc="Clamp the output to the min and max output values." />
    <input name="octaves" type="integer" uiname="Octaves" uifolder="Fractal" value="3" doc="The number of octaves of Fractal noise to be generated. Default is 3." />
    <input name="lacunarity" type="float" uiname="Lacunarity" uifolder="Fractal" value="2" doc="The exponential scale between successive octaves of Fractal noise. Default is 2.0." />
    <input name="diminish" type="float" uiname="Diminish" uifolder="Fractal" uisoftmin="0.0" uisoftmax="1.0" value="0.5" doc="The rate at which noise amplitude is diminished for each octave of Fractal noise. Default is 0.5." />
    <input name="type" type="integer" uiname="Noise Type" uifolder="Common" uisoftmin="0" uisoftmax="3" value="0" enum="Perlin,Cell,Worley,Fractal" enumvalues="0,1,2,3" doc="Menu to select the type of noise: Perlin, Cell, Worley, or Fractal. Default is Perlin." />
    <output name="out" type="float" />
  </nodedef>
  <nodedef name="ND_unifiednoise3d_float" node="unifiednoise3d" nodegroup="procedural3d">
    <input name="position" type="vector3" uifolder="Common" defaultgeomprop="Pobject" doc="The input 3d space. Default is position in object-space." />
    <input name="freq" type="vector3" uiname="Frequency" uifolder="Common" value="1, 1, 1" doc="Adjusts the noise frequency, with higher values producing smaller noise shapes. Default is (1,1,1)." />
    <input name="offset" type="vector3" uiname="Offset" uifolder="Common" value="0, 0, 0" doc="Shift the noise in 3d space. Default is (0,0,0)." />
    <input name="jitter" type="float" uiname="Jitter" uifolder="Common" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Adjust uniformity of Worley noise; for other noise types jitters the results." />
    <input name="outmin" type="float" uiname="Output Min" uifolder="Post Process" value="0" doc="The lowest values fit to the noise. Default is 0.0." />
    <input name="outmax" type="float" uiname="Output Max" uifolder="Post Process" value="1" doc="The highest values fit to the noise. Default is 1.0." />
    <input name="clampoutput" type="boolean" uiname="Clamp Output" uifolder="Post Process" value="true" doc="Clamp the output to the min and max output values." />
    <input name="octaves" type="integer" uiname="Octaves" uifolder="Fractal" value="3" doc="The number of octaves of Fractal noise to be generated. Default is 3." />
    <input name="lacunarity" type="float" uiname="Lacunarity" uifolder="Fractal" value="2" doc="The exponential scale between successive octaves of Fractal noise. Default is 2.0." />
    <input name="diminish" type="float" uiname="Diminish" uifolder="Fractal" uisoftmin="0.0" uisoftmax="1.0" value="0.5" doc="The rate at which noise amplitude is diminished for each octave of Fractal noise. Default is 0.5." />
    <input name="type" type="integer" uiname="Noise Type" uifolder="Common" uisoftmin="0" uisoftmax="3" value="0" enum="Perlin,Cell,Worley,Fractal" enumvalues="0,1,2,3" doc="Menu to select the type of noise: Perlin, Cell, Worley, or Fractal. Default is Perlin." />
    <output name="out" type="float" />
  </nodedef>
  <nodedef name="ND_checkerboard_color3" node="checkerboard" nodegroup="procedural2d">
    <input name="color1" type="color3" uiname="Color 1" value="1.0, 1.0, 1.0" doc="The first color used in the checkerboard pattern." />
    <input name="color2" type="color3" uiname="Color 2" value="0.0, 0.0, 0.0" doc="The second color used in the checkerboard pattern." />
    <input name="freq" type="vector2" uiname="Frequency" value="8, 8" doc="The frequency of checkers, with higher values producing smaller squares. Default is (8, 8)." />
    <input name="offset" type="vector2" uiname="Offset" value="0, 0" doc="Shift the pattern in 2d space. Default is (0, 0)." />
    <input name="texcoord" type="vector2" uiname="Texture Coordinates" defaultgeomprop="UV0" doc="The input 2d space. Default is the first texture coordinates." />
    <output name="out" type="color3" />
  </nodedef>
  <nodedef name="ND_position_vector3" node="position" nodegroup="geometric">
    <input name="space" type="string" value="object" enum="model,object,world" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_normal_vector3" node="normal" nodegroup="geometric">
    <input name="space" type="string" value="object" enum="model,object,world" uniform="true" />
    <output name="out" type="vector3" default="0.0, 1.0, 0.0" />
  </nodedef>
  <nodedef name="ND_tangent_vector3" node="tangent" nodegroup="geometric">
    <input name="space" type="string" value="object" enum="model,object,world" uniform="true" />
    <input name="index" type="integer" value="0" uniform="true" />
    <output name="out" type="vector3" default="1.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_bitangent_vector3" node="bitangent" nodegroup="geometric">
    <input name="space" type="string" value="object" enum="model,object,world" uniform="true" />
    <input name="index" type="integer" value="0" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 1.0" />
  </nodedef>
  <nodedef name="ND_texcoord_vector2" node="texcoord" nodegroup="geometric">
    <input name="index" type="integer" value="0" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_texcoord_vector3" node="texcoord" nodegroup="geometric">
    <input name="index" type="integer" value="0" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_geomcolor_float" node="geomcolor" nodegroup="geometric">
    <input name="index" type="integer" value="0" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_geomcolor_color3" node="geomcolor" nodegroup="geometric">
    <input name="index" type="integer" value="0" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_geomcolor_color4" node="geomcolor" nodegroup="geometric">
    <input name="index" type="integer" value="0" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_geompropvalue_integer" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="integer" value="0" />
    <output name="out" type="integer" default="0" />
  </nodedef>
  <nodedef name="ND_geompropvalue_boolean" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="boolean" value="false" />
    <output name="out" type="boolean" default="false" />
  </nodedef>
  <nodedef name="ND_geompropvalue_string" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="string" value="" uniform="true" />
    <output name="out" type="string" default="" />
  </nodedef>
  <nodedef name="ND_geompropvalue_float" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="float" value="0.0" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_geompropvalue_color3" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="color3" value="0.0, 0.0, 0.0" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_geompropvalue_color4" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_geompropvalue_vector2" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="vector2" value="0.0, 0.0" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_geompropvalue_vector3" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="vector3" value="0.0, 0.0, 0.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_geompropvalue_vector4" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_bump_vector3" node="bump" nodegroup="geometric">
    <input name="height" type="float" uiname="Height" uisoftmin="0.0" uisoftmax="1.0" value="0" doc="Amount to offset the surface normal." />
    <input name="scale" type="float" uiname="Scale" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Scalar to adjust the height amount." />
    <input name="normal" type="vector3" uiname="Normal" defaultgeomprop="Nworld" doc="Surface normal; defaults to the current world-space normal." />
    <input name="tangent" type="vector3" uiname="Tangent" defaultgeomprop="Tworld" doc="Surface tangent vector, defaults to the current world-space tangent vector." />
    <output name="out" type="vector3" doc="Offset surface normal; connect this to a shader's 'normal' input." />
  </nodedef>
  <nodedef name="ND_ambientocclusion_float" node="ambientocclusion" nodegroup="global">
    <input name="coneangle" type="float" value="90.0" unittype="angle" unit="degree" />
    <input name="maxdistance" type="float" value="1e38" />
    <output name="out" type="float" default="1.0" />
  </nodedef>
  <nodedef name="ND_frame_float" node="frame" nodegroup="application">
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    <input name="outlow" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="outhigh" type="vector3" value="1.0, 1.0, 1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="vector3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_range_vector4" node="range" nodegroup="adjustment">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="inlow" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="inhigh" type="vector4" value="1.0, 1.0, 1.0, 1.0" />
    <input name="gamma" type="vector4" value="1.0, 1.0, 1.0, 1.0" />
    <input name="outlow" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="outhigh" type="vector4" value="1.0, 1.0, 1.0, 1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="vector4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_range_color3FA" node="range" nodegroup="adjustment">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="inlow" type="float" value="0.0" />
    <input name="inhigh" type="float" value="1.0" />
    <input name="gamma" type="float" value="1.0" />
    <input name="outlow" type="float" value="0.0" />
    <input name="outhigh" type="float" value="1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_range_color4FA" node="range" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="inlow" type="float" value="0.0" />
    <input name="inhigh" type="float" value="1.0" />
    <input name="gamma" type="float" value="1.0" />
    <input name="outlow" type="float" value="0.0" />
    <input name="outhigh" type="float" value="1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_range_vector2FA" node="range" nodegroup="adjustment">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="inlow" type="float" value="0.0" />
    <input name="inhigh" type="float" value="1.0" />
    <input name="gamma" type="float" value="1.0" />
    <input name="outlow" type="float" value="0.0" />
    <input name="outhigh" type="float" value="1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="vector2" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_range_vector3FA" node="range" nodegroup="adjustment">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="inlow" type="float" value="0.0" />
    <input name="inhigh" type="float" value="1.0" />
    <input name="gamma" type="float" value="1.0" />
    <input name="outlow" type="float" value="0.0" />
    <input name="outhigh" type="float" value="1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="vector3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_range_vector4FA" node="range" nodegroup="adjustment">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="inlow" type="float" value="0.0" />
    <input name="inhigh" type="float" value="1.0" />
    <input name="gamma" type="float" value="1.0" />
    <input name="outlow" type="float" value="0.0" />
    <input name="outhigh" type="float" value="1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="vector4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_hsvadjust_color3" node="hsvadjust" nodegroup="adjustment">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="amount" type="vector3" value="0.0, 1.0, 1.0" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_hsvadjust_color4" node="hsvadjust" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="amount" type="vector3" value="0.0, 1.0, 1.0" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_saturate_color3" node="saturate" nodegroup="adjustment">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="amount" type="float" value="1.0" />
    <input name="lumacoeffs" type="color3" value="0.2722287, 0.6740818, 0.0536895" enum="acescg, rec709, rec2020, rec2100" enumvalues="0.2722287,0.6740818,0.0536895, 0.2126,0.7152,0.0722, 0.2627,0.6780,0.0593, 0.2627,0.6780,0.0593" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_saturate_color4" node="saturate" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="amount" type="float" value="1.0" />
    <input name="lumacoeffs" type="color3" value="0.2722287, 0.6740818, 0.0536895" enum="acescg, rec709, rec2020, rec2100" enumvalues="0.2722287,0.6740818,0.0536895, 0.2126,0.7152,0.0722, 0.2627,0.6780,0.0593, 0.2627,0.6780,0.0593" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_colorcorrect_color3" node="colorcorrect" nodegroup="adjustment">
    <input name="in" type="color3" uiname="Input Color" value="1, 1, 1" doc="The input color to be adjusted." />
    <input name="hue" type="float" uiname="Hue" uisoftmin="0.0" uisoftmax="1.0" value="0" doc="Rotates the color hue, with values wrapping at 0-1 boundaries." />
    <input name="saturation" type="float" uiname="Saturation" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Adjusts the input color saturation level." />
    <input name="gamma" type="float" uiname="Gamma" uisoftmin="0.0" uisoftmax="3.0" value="1" doc="Applies a gamma correction to the color." />
    <input name="lift" type="float" uiname="Lift" uisoftmin="0.0" uisoftmax="1.0" value="0" doc="Raise the dark color values, leaving the white values unchanged." />
    <input name="gain" type="float" uiname="Gain" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Multiplier increases lighter color values, leaving black values unchanged." />
    <input name="contrast" type="float" uiname="Contrast" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Linearly increase or decrease the color contrast." />
    <input name="contrastpivot" type="float" uiname="Contrast Pivot" uisoftmin="0.0" uisoftmax="1.0" value="0.5" doc="Pivot value around which contrast applies. This value will not change as contrast is adjusted." />
    <input name="exposure" type="float" uiname="Exposure" uisoftmin="-1.0" uisoftmax="1.0" value="0" doc="Multplier which increases or decreases color brightness by 2^value." />
    <output name="out" type="color3" />
  </nodedef>
  <nodedef name="ND_colorcorrect_color4" node="colorcorrect" nodegroup="adjustment">
    <input name="in" type="color4" uiname="Input Color" value="1, 1, 1, 0" doc="The input color to be adjusted." />
    <input name="hue" type="float" uiname="Hue" uisoftmin="0.0" uisoftmax="1.0" value="0" doc="Rotates the color hue, with values wrapping at 0-1 boundaries." />
    <input name="saturation" type="float" uiname="Saturation" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Adjusts the input color saturation level." />
    <input name="gamma" type="float" uiname="Gamma" uisoftmin="0.0" uisoftmax="3.0" value="1" doc="Applies a gamma correction to the color." />
    <input name="lift" type="float" uiname="Lift" uisoftmin="0.0" uisoftmax="1.0" value="0" doc="Raise the dark color values, leaving the white values unchanged." />
    <input name="gain" type="float" uiname="Gain" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Multiplier increases lighter color values, leaving black values unchanged." />
    <input name="contrast" type="float" uiname="Contrast" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Linearly increase or decrease the color contrast." />
    <input name="contrastpivot" type="float" uiname="Contrast Pivot" uisoftmin="0.0" uisoftmax="1.0" value="0.5" doc="Pivot value around which contrast applies. This value will not change as contrast is adjusted." />
    <input name="exposure" type="float" uiname="Exposure" uisoftmin="-1.0" uisoftmax="1.0" value="0" doc="Multplier which increases or decreases color brightness by 2^value." />
    <output name="out" type="color4" />
  </nodedef>
  <nodedef name="ND_premult_color4" node="premult" nodegroup="compositing">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 1.0" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_unpremult_color4" node="unpremult" nodegroup="compositing">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 1.0" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_plus_float" node="plus" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_plus_color3" node="plus" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_plus_color4" node="plus" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_minus_float" node="minus" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_minus_color3" node="minus" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_minus_color4" node="minus" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_difference_float" node="difference" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_difference_color3" node="difference" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_difference_color4" node="difference" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_burn_float" node="burn" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_burn_color3" node="burn" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_burn_color4" node="burn" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_dodge_float" node="dodge" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_dodge_color3" node="dodge" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_dodge_color4" node="dodge" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_screen_float" node="screen" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_screen_color3" node="screen" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_screen_color4" node="screen" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_overlay_float" node="overlay" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_overlay_color3" node="overlay" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_overlay_color4" node="overlay" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_disjointover_color4" node="disjointover" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_in_color4" node="in" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mask_color4" node="mask" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_matte_color4" node="matte" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_out_color4" node="out" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_over_color4" node="over" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_inside_float" node="inside" nodegroup="compositing">
    <input name="in" type="float" value="0.0" />
    <input name="mask" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_inside_color3" node="inside" nodegroup="compositing">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mask" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_inside_color4" node="inside" nodegroup="compositing">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mask" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_outside_float" node="outside" nodegroup="compositing">
    <input name="in" type="float" value="0.0" />
    <input name="mask" type="float" value="0.0" />
    <output name="out" type="float" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_outside_color3" node="outside" nodegroup="compositing">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mask" type="float" value="0.0" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_outside_color4" node="outside" nodegroup="compositing">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mask" type="float" value="0.0" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_mix_float" node="mix" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="0.0" uisoftmin="0.0" uisoftmax="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_color3" node="mix" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="0.0" uisoftmin="0.0" uisoftmax="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_color3_color3" node="mix" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="color3" value="0.0, 0.0, 0.0" uisoftmin="0,0,0" uisoftmax="1,1,1" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_color4" node="mix" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
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    <output name="out" type="vector4" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_switch_float" node="switch" nodegroup="conditional">
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <input name="in3" type="float" value="0.0" />
    <input name="in4" type="float" value="0.0" />
    <input name="in5" type="float" value="0.0" />
    <input name="which" type="float" value="0.0" />
    <output name="out" type="float" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_switch_color3" node="switch" nodegroup="conditional">
    <input name="in1" type="color3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="color3" value="0.0, 0.0, 0.0" />
    <input name="in3" type="color3" value="0.0, 0.0, 0.0" />
    <input name="in4" type="color3" value="0.0, 0.0, 0.0" />
    <input name="in5" type="color3" value="0.0, 0.0, 0.0" />
    <input name="which" type="float" value="0.0" />
    <output name="out" type="color3" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_switch_color4" node="switch" nodegroup="conditional">
    <input name="in1" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in2" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in3" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in4" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in5" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="which" type="float" value="0.0" />
    <output name="out" type="color4" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_switch_vector2" node="switch" nodegroup="conditional">
    <input name="in1" type="vector2" value="0.0, 0.0" />
    <input name="in2" type="vector2" value="0.0, 0.0" />
    <input name="in3" type="vector2" value="0.0, 0.0" />
    <input name="in4" type="vector2" value="0.0, 0.0" />
    <input name="in5" type="vector2" value="0.0, 0.0" />
    <input name="which" type="float" value="0.0" />
    <output name="out" type="vector2" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_switch_vector3" node="switch" nodegroup="conditional">
    <input name="in1" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in3" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in4" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in5" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="which" type="float" value="0.0" />
    <output name="out" type="vector3" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_switch_vector4" node="switch" nodegroup="conditional">
    <input name="in1" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in2" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in3" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in4" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in5" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="which" type="float" value="0.0" />
    <output name="out" type="vector4" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_switch_floatI" node="switch" nodegroup="conditional">
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <input name="in3" type="float" value="0.0" />
    <input name="in4" type="float" value="0.0" />
    <input name="in5" type="float" value="0.0" />
    <input name="which" type="integer" value="0" />
    <output name="out" type="float" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_switch_color3I" node="switch" nodegroup="conditional">
    <input name="in1" type="color3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="color3" value="0.0, 0.0, 0.0" />
    <input name="in3" type="color3" value="0.0, 0.0, 0.0" />
    <input name="in4" type="color3" value="0.0, 0.0, 0.0" />
    <input name="in5" type="color3" value="0.0, 0.0, 0.0" />
    <input name="which" type="integer" value="0" />
    <output name="out" type="color3" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_switch_color4I" node="switch" nodegroup="conditional">
    <input name="in1" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in2" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in3" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in4" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in5" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="which" type="integer" value="0" />
    <output name="out" type="color4" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_switch_vector2I" node="switch" nodegroup="conditional">
    <input name="in1" type="vector2" value="0.0, 0.0" />
    <input name="in2" type="vector2" value="0.0, 0.0" />
    <input name="in3" type="vector2" value="0.0, 0.0" />
    <input name="in4" type="vector2" value="0.0, 0.0" />
    <input name="in5" type="vector2" value="0.0, 0.0" />
    <input name="which" type="integer" value="0" />
    <output name="out" type="vector2" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_switch_vector3I" node="switch" nodegroup="conditional">
    <input name="in1" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in3" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in4" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in5" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="which" type="integer" value="0" />
    <output name="out" type="vector3" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_switch_vector4I" node="switch" nodegroup="conditional">
    <input name="in1" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in2" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in3" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in4" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in5" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="which" type="integer" value="0" />
    <output name="out" type="vector4" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_convert_float_color3" node="convert" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_float_color4" node="convert" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_float_vector2" node="convert" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_float_vector3" node="convert" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_float_vector4" node="convert" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_vector2_vector3" node="convert" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_vector3_color3" node="convert" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_vector3_vector2" node="convert" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_vector3_vector4" node="convert" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_vector4_color4" node="convert" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_vector4_vector3" node="convert" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_color3_vector3" node="convert" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_color4_vector4" node="convert" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_color3_color4" node="convert" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_color4_color3" node="convert" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_boolean_float" node="convert" nodegroup="channel">
    <input name="in" type="boolean" value="false" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_convert_integer_float" node="convert" nodegroup="channel">
    <input name="in" type="integer" value="0" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_convert_color3_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert color3 to shader">
    <input name="in" type="color3" value="0, 0, 0" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_convert_color4_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert color4  to shader">
    <input name="in" type="color4" value="0, 0, 0, 0" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_convert_float_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert float to shader">
    <input name="in" type="float" value="0" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_convert_vector2_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert vector2 to shader">
    <input name="in" type="vector2" value="0, 0" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_convert_vector3_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert vector2 to shader">
    <input name="in" type="vector3" value="0, 0, 0" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_convert_vector4_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert vector4 to shader">
    <input name="in" type="vector4" value="0, 0, 0, 0" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_convert_integer_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert integer to shader">
    <input name="in" type="integer" value="0" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_convert_boolean_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert boolean to shader">
    <input name="in" type="boolean" value="false" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_swizzle_float_color3" node="swizzle" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <input name="channels" type="string" value="rrr" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_float_color4" node="swizzle" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <input name="channels" type="string" value="rrrr" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_float_vector2" node="swizzle" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <input name="channels" type="string" value="xx" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_float_vector3" node="swizzle" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <input name="channels" type="string" value="xxx" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_float_vector4" node="swizzle" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <input name="channels" type="string" value="xxxx" uniform="true" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color3_float" node="swizzle" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="r" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color3_color3" node="swizzle" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrr" uniform="true" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_swizzle_color3_color4" node="swizzle" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrrr" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color3_vector2" node="swizzle" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rr" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color3_vector3" node="swizzle" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrr" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color3_vector4" node="swizzle" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrrr" uniform="true" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color4_float" node="swizzle" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="r" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color4_color3" node="swizzle" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrr" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color4_color4" node="swizzle" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrrr" uniform="true" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_swizzle_color4_vector2" node="swizzle" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rr" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color4_vector3" node="swizzle" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrr" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color4_vector4" node="swizzle" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrrr" uniform="true" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector2_float" node="swizzle" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="channels" type="string" value="x" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector2_color3" node="swizzle" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="channels" type="string" value="xxx" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector2_color4" node="swizzle" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="channels" type="string" value="xxxx" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector2_vector2" node="swizzle" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="channels" type="string" value="xx" uniform="true" />
    <output name="out" type="vector2" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_swizzle_vector2_vector3" node="swizzle" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="channels" type="string" value="xxx" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector2_vector4" node="swizzle" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="channels" type="string" value="xxxx" uniform="true" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector3_float" node="swizzle" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="x" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector3_color3" node="swizzle" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxx" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector3_color4" node="swizzle" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxxx" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector3_vector2" node="swizzle" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xx" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector3_vector3" node="swizzle" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxx" uniform="true" />
    <output name="out" type="vector3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_swizzle_vector3_vector4" node="swizzle" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxxx" uniform="true" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector4_float" node="swizzle" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="x" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector4_color3" node="swizzle" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxx" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector4_color4" node="swizzle" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxxx" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector4_vector2" node="swizzle" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xx" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector4_vector3" node="swizzle" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxx" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector4_vector4" node="swizzle" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxxx" uniform="true" />
    <output name="out" type="vector4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_combine2_vector2" node="combine2" nodegroup="channel">
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_combine2_color4CF" node="combine2" nodegroup="channel">
    <input name="in1" type="color3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_combine2_vector4VF" node="combine2" nodegroup="channel">
    <input name="in1" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_combine2_vector4VV" node="combine2" nodegroup="channel">
    <input name="in1" type="vector2" value="0.0, 0.0" />
    <input name="in2" type="vector2" value="0.0, 0.0" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_combine3_color3" node="combine3" nodegroup="channel">
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <input name="in3" type="float" value="0.0" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_combine3_vector3" node="combine3" nodegroup="channel">
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <input name="in3" type="float" value="0.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_combine4_color4" node="combine4" nodegroup="channel">
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <input name="in3" type="float" value="0.0" />
    <input name="in4" type="float" value="0.0" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_combine4_vector4" node="combine4" nodegroup="channel">
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <input name="in3" type="float" value="0.0" />
    <input name="in4" type="float" value="0.0" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_extract_color3" node="extract" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="index" type="integer" value="0" uimin="0" uimax="2" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_extract_color4" node="extract" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="index" type="integer" value="0" uimin="0" uimax="3" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_extract_vector2" node="extract" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="index" type="integer" value="0" uimin="0" uimax="1" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_extract_vector3" node="extract" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="index" type="integer" value="0" uimin="0" uimax="2" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_extract_vector4" node="extract" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="index" type="integer" value="0" uimin="0" uimax="3" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_separate2_vector2" node="separate2" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <output name="outx" type="float" default="0.0" />
    <output name="outy" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_separate3_color3" node="separate3" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <output name="outr" type="float" default="0.0" />
    <output name="outg" type="float" default="0.0" />
    <output name="outb" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_separate3_vector3" node="separate3" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <output name="outx" type="float" default="0.0" />
    <output name="outy" type="float" default="0.0" />
    <output name="outz" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_separate4_color4" node="separate4" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="outr" type="float" default="0.0" />
    <output name="outg" type="float" default="0.0" />
    <output name="outb" type="float" default="0.0" />
    <output name="outa" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_separate4_vector4" node="separate4" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="outx" type="float" default="0.0" />
    <output name="outy" type="float" default="0.0" />
    <output name="outz" type="float" default="0.0" />
    <output name="outw" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_blur_float" node="blur" nodegroup="convolution2d">
    <input name="in" type="float" value="0.0" />
    <input name="size" type="float" value="0.0" />
    <input name="filtertype" type="string" value="box" enum="box,gaussian" uniform="true" />
    <output name="out" type="float" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_blur_color3" node="blur" nodegroup="convolution2d">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="size" type="float" value="0.0" />
    <input name="filtertype" type="string" value="box" enum="box,gaussian" uniform="true" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_blur_color4" node="blur" nodegroup="convolution2d">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="size" type="float" value="0.0" />
    <input name="filtertype" type="string" value="box" enum="box,gaussian" uniform="true" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_blur_vector2" node="blur" nodegroup="convolution2d">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="size" type="float" value="0.0" />
    <input name="filtertype" type="string" value="box" enum="box,gaussian" uniform="true" />
    <output name="out" type="vector2" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_blur_vector3" node="blur" nodegroup="convolution2d">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="size" type="float" value="0.0" />
    <input name="filtertype" type="string" value="box" enum="box,gaussian" uniform="true" />
    <output name="out" type="vector3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_blur_vector4" node="blur" nodegroup="convolution2d">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="size" type="float" value="0.0" />
    <input name="filtertype" type="string" value="box" enum="box,gaussian" uniform="true" />
    <output name="out" type="vector4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_heighttonormal_vector3" node="heighttonormal" nodegroup="convolution2d">
    <input name="in" type="float" value="0.0" />
    <input name="scale" type="float" value="1.0" />
    <output name="out" type="vector3" default="0.5, 0.5, 1.0" />
  </nodedef>
  <nodedef name="ND_dot_float" node="dot" nodegroup="organization">
    <input name="in" type="float" value="0.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="float" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_color3" node="dot" nodegroup="organization">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_color4" node="dot" nodegroup="organization">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_vector2" node="dot" nodegroup="organization">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="vector2" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_vector3" node="dot" nodegroup="organization">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="vector3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_vector4" node="dot" nodegroup="organization">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="vector4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_boolean" node="dot" nodegroup="organization">
    <input name="in" type="boolean" value="false" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="boolean" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_integer" node="dot" nodegroup="organization">
    <input name="in" type="integer" value="0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="integer" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_matrix33" node="dot" nodegroup="organization">
    <input name="in" type="matrix33" value="1.0,0.0,0.0, 0.0,1.0,0.0, 0.0,0.0,1.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="matrix33" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_matrix44" node="dot" nodegroup="organization">
    <input name="in" type="matrix44" value="1.0,0.0,0.0,0.0, 0.0,1.0,0.0,0.0, 0.0,0.0,1.0,0.0, 0.0,0.0,0.0,1.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="matrix44" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_string" node="dot" nodegroup="organization">
    <input name="in" type="string" value="" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="string" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_filename" node="dot" nodegroup="organization">
    <input name="in" type="filename" value="" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="filename" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_surfaceshader" node="dot" nodegroup="organization">
    <input name="in" type="surfaceshader" value="" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="surfaceshader" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_displacementshader" node="dot" nodegroup="organization">
    <input name="in" type="displacementshader" value="" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="displacementshader" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_volumeshader" node="dot" nodegroup="organization">
    <input name="in" type="volumeshader" value="" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="volumeshader" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_lightshader" node="dot" nodegroup="organization">
    <input name="in" type="lightshader" value="" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="lightshader" defaultinput="in" />
  </nodedef>
  <!-- Custom marble definition: : mymarble -->
  <nodedef name="ND_mymarble" node="mymarble" nodegroup="texture2d" version="1.0" isdefaultversion="true" doc=" Custom marble texture defintion: mymarble">
    <input name="base_color_1" type="color3" value="0.8, 0.8, 0.8" uiname="Color 1" uifolder="Marble Color" />
    <input name="base_color_2" type="color3" value="0.1, 0.1, 0.3" uiname="Color 2" uifolder="Marble Color" />
    <input name="noise_scale_1" type="float" value="6.0" uisoftmin="1.0" uisoftmax="10.0" uiname="Scale 1" uifolder="Marble Noise" />
    <input name="noise_scale_2" type="float" value="4.0" uisoftmin="1.0" uisoftmax="10.0" uiname="Scale 2" uifolder="Marble Noise" />
    <input name="noise_power" type="float" value="3.0" uisoftmin="1.0" uisoftmax="10.0" uiname="Power" uifolder="Marble Noise" />
    <input name="noise_octaves" type="integer" value="3" uisoftmin="1" uisoftmax="8" uiname="Octaves" uifolder="Marble Noise" />
    <output name="out" type="color3" />
  </nodedef>
</materialx>

Standard Libray Graphs with New Graph

<?xml version="1.0"?>
<materialx version="1.38">
  <nodegraph name="NG_tiledimage_float" nodedef="ND_tiledimage_float">
    <multiply name="N_mult_float" type="vector2">
      <input name="in1" type="vector2" interfacename="texcoord" />
      <input name="in2" type="vector2" interfacename="uvtiling" />
    </multiply>
    <subtract name="N_sub_float" type="vector2">
      <input name="in1" type="vector2" nodename="N_mult_float" />
      <input name="in2" type="vector2" interfacename="uvoffset" />
    </subtract>
    <divide name="N_divtilesize_float" type="vector2">
      <input name="in1" type="vector2" nodename="N_sub_float" />
      <input name="in2" type="vector2" interfacename="realworldimagesize" />
    </divide>
    <multiply name="N_multtilesize_float" type="vector2">
      <input name="in1" type="vector2" nodename="N_divtilesize_float" />
      <input name="in2" type="vector2" interfacename="realworldtilesize" />
    </multiply>
    <image name="N_img_float" type="float">
      <input name="file" type="filename" interfacename="file" />
      <input name="default" type="float" interfacename="default" />
      <input name="texcoord" type="vector2" nodename="N_multtilesize_float" />
      <input name="uaddressmode" type="string" value="periodic" />
      <input name="vaddressmode" type="string" value="periodic" />
      <input name="filtertype" type="string" interfacename="filtertype" />
      <input name="framerange" type="string" interfacename="framerange" />
      <input name="frameoffset" type="integer" interfacename="frameoffset" />
      <input name="frameendaction" type="string" interfacename="frameendaction" />
    </image>
    <output name="out" type="float" nodename="N_img_float" />
  </nodegraph>
  <nodegraph name="NG_tiledimage_color3" nodedef="ND_tiledimage_color3">
    <multiply name="N_mult_color3" type="vector2">
      <input name="in1" type="vector2" interfacename="texcoord" />
      <input name="in2" type="vector2" interfacename="uvtiling" />
    </multiply>
    <subtract name="N_sub_color3" type="vector2">
      <input name="in1" type="vector2" nodename="N_mult_color3" />
      <input name="in2" type="vector2" interfacename="uvoffset" />
    </subtract>
    <divide name="N_divtilesize_color3" type="vector2">
      <input name="in1" type="vector2" nodename="N_sub_color3" />
      <input name="in2" type="vector2" interfacename="realworldimagesize" />
    </divide>
    <multiply name="N_multtilesize_color3" type="vector2">
      <input name="in1" type="vector2" nodename="N_divtilesize_color3" />
      <input name="in2" type="vector2" interfacename="realworldtilesize" />
    </multiply>
    <image name="N_img_color3" type="color3">
      <input name="file" type="filename" interfacename="file" />
      <input name="default" type="color3" interfacename="default" />
      <input name="texcoord" type="vector2" nodename="N_multtilesize_color3" />
      <input name="uaddressmode" type="string" value="periodic" />
      <input name="vaddressmode" type="string" value="periodic" />
      <input name="filtertype" type="string" interfacename="filtertype" />
      <input name="framerange" type="string" interfacename="framerange" />
      <input name="frameoffset" type="integer" interfacename="frameoffset" />
      <input name="frameendaction" type="string" interfacename="frameendaction" />
    </image>
    <output name="out" type="color3" nodename="N_img_color3" />
  </nodegraph>
  <nodegraph name="NG_tiledimage_color4" nodedef="ND_tiledimage_color4">
    <multiply name="N_mult_color4" type="vector2">
      <input name="in1" type="vector2" interfacename="texcoord" />
      <input name="in2" type="vector2" interfacename="uvtiling" />
    </multiply>
    <subtract name="N_sub_color4" type="vector2">
      <input name="in1" type="vector2" nodename="N_mult_color4" />
      <input name="in2" type="vector2" interfacename="uvoffset" />
    </subtract>
    <divide name="N_divtilesize_color4" type="vector2">
      <input name="in1" type="vector2" nodename="N_sub_color4" />
      <input name="in2" type="vector2" interfacename="realworldimagesize" />
    </divide>
    <multiply name="N_multtilesize_color4" type="vector2">
      <input name="in1" type="vector2" nodename="N_divtilesize_color4" />
      <input name="in2" type="vector2" interfacename="realworldtilesize" />
    </multiply>
    <image name="N_img_color4" type="color4">
      <input name="file" type="filename" interfacename="file" />
      <input name="default" type="color4" interfacename="default" />
      <input name="texcoord" type="vector2" nodename="N_multtilesize_color4" />
      <input name="uaddressmode" type="string" value="periodic" />
      <input name="vaddressmode" type="string" value="periodic" />
      <input name="filtertype" type="string" interfacename="filtertype" />
      <input name="framerange" type="string" interfacename="framerange" />
      <input name="frameoffset" type="integer" interfacename="frameoffset" />
      <input name="frameendaction" type="string" interfacename="frameendaction" />
    </image>
    <output name="out" type="color4" nodename="N_img_color4" />
  </nodegraph>
  <nodegraph name="NG_tiledimage_vector2" nodedef="ND_tiledimage_vector2">
    <multiply name="N_mult_vector2" type="vector2">
      <input name="in1" type="vector2" interfacename="texcoord" />
      <input name="in2" type="vector2" interfacename="uvtiling" />
    </multiply>
    <subtract name="N_sub_vector2" type="vector2">
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      <input name="mix" type="float" nodename="N_s_vector2" />
    </mix>
    <mix name="N_mix_vector2" type="vector2">
      <input name="bg" type="vector2" nodename="N_mixtop_vector2" />
      <input name="fg" type="vector2" nodename="N_mixbot_vector2" />
      <input name="mix" type="float" nodename="N_t_vector2" />
    </mix>
    <output name="out" type="vector2" nodename="N_mix_vector2" />
  </nodegraph>
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    <clamp name="N_txclamp_vector3" type="vector2">
      <input name="in" type="vector2" interfacename="texcoord" />
    </clamp>
    <extract name="N_s_vector3" type="float">
      <input name="in" type="vector2" nodename="N_txclamp_vector3" />
      <input name="index" type="integer" value="0" />
    </extract>
    <extract name="N_t_vector3" type="float">
      <input name="in" type="vector2" nodename="N_txclamp_vector3" />
      <input name="index" type="integer" value="1" />
    </extract>
    <mix name="N_mixtop_vector3" type="vector3">
      <input name="bg" type="vector3" interfacename="valuetl" />
      <input name="fg" type="vector3" interfacename="valuetr" />
      <input name="mix" type="float" nodename="N_s_vector3" />
    </mix>
    <mix name="N_mixbot_vector3" type="vector3">
      <input name="bg" type="vector3" interfacename="valuebl" />
      <input name="fg" type="vector3" interfacename="valuebr" />
      <input name="mix" type="float" nodename="N_s_vector3" />
    </mix>
    <mix name="N_mix_vector3" type="vector3">
      <input name="bg" type="vector3" nodename="N_mixtop_vector3" />
      <input name="fg" type="vector3" nodename="N_mixbot_vector3" />
      <input name="mix" type="float" nodename="N_t_vector3" />
    </mix>
    <output name="out" type="vector3" nodename="N_mix_vector3" />
  </nodegraph>
  <nodegraph name="NG_ramp4_vector4" nodedef="ND_ramp4_vector4">
    <clamp name="N_txclamp_vector4" type="vector2">
      <input name="in" type="vector2" interfacename="texcoord" />
    </clamp>
    <extract name="N_s_vector4" type="float">
      <input name="in" type="vector2" nodename="N_txclamp_vector4" />
      <input name="index" type="integer" value="0" />
    </extract>
    <extract name="N_t_vector4" type="float">
      <input name="in" type="vector2" nodename="N_txclamp_vector4" />
      <input name="index" type="integer" value="1" />
    </extract>
    <mix name="N_mixtop_vector4" type="vector4">
      <input name="bg" type="vector4" interfacename="valuetl" />
      <input name="fg" type="vector4" interfacename="valuetr" />
      <input name="mix" type="float" nodename="N_s_vector4" />
    </mix>
    <mix name="N_mixbot_vector4" type="vector4">
      <input name="bg" type="vector4" interfacename="valuebl" />
      <input name="fg" type="vector4" interfacename="valuebr" />
      <input name="mix" type="float" nodename="N_s_vector4" />
    </mix>
    <mix name="N_mix_vector4" type="vector4">
      <input name="bg" type="vector4" nodename="N_mixtop_vector4" />
      <input name="fg" type="vector4" nodename="N_mixbot_vector4" />
      <input name="mix" type="float" nodename="N_t_vector4" />
    </mix>
    <output name="out" type="vector4" nodename="N_mix_vector4" />
  </nodegraph>
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      <input name="in" type="float" nodename="N_switch_type" />
      <input name="outlow" type="float" interfacename="outmin" />
      <input name="outhigh" type="float" interfacename="outmax" />
      <input name="doclamp" type="boolean" interfacename="clampoutput" />
      <input name="inlow" type="float" value="0" />
      <input name="inhigh" type="float" value="1" />
    </range>
    <switch name="N_switch_type" type="float">
      <input name="in1" type="float" nodename="N_perlin_noise2d" />
      <input name="in2" type="float" nodename="N_cellnoise2d" />
      <input name="in3" type="float" nodename="N_worleynoise2d" />
      <input name="in4" type="float" nodename="N_fractal3d" />
      <input name="which" type="integer" interfacename="type" />
    </switch>
    <noise2d name="N_perlin_noise2d" type="float">
      <input name="texcoord" type="vector2" nodename="N_apply_cell_jitter" />
      <input name="amplitude" type="float" value="0.5" />
      <input name="pivot" type="float" value="0.5" />
    </noise2d>
    <cellnoise2d name="N_cellnoise2d" type="float">
      <input name="texcoord" type="vector2" nodename="N_apply_cell_jitter" />
    </cellnoise2d>
    <worleynoise2d name="N_worleynoise2d" type="float">
      <input name="texcoord" type="vector2" nodename="N_apply_offset" />
      <input name="jitter" type="float" interfacename="jitter" />
    </worleynoise2d>
    <fractal3d name="N_fractal3d" type="float">
      <input name="octaves" type="integer" interfacename="octaves" />
      <input name="lacunarity" type="float" interfacename="lacunarity" />
      <input name="diminish" type="float" interfacename="diminish" />
      <input name="position" type="vector3" nodename="N_combine_with_jitter" />
      <input name="amplitude" type="float" value="1" />
    </fractal3d>
    <rotate2d name="N_apply_cell_jitter" type="vector2">
      <input name="in" type="vector2" nodename="N_apply_offset" />
      <input name="amount" type="float" nodename="N_cell_jitter_mult" />
    </rotate2d>
    <add name="N_apply_offset" type="vector2">
      <input name="in1" type="vector2" nodename="N_apply_freq" />
      <input name="in2" type="vector2" interfacename="offset" />
    </add>
    <combine3 name="N_combine_with_jitter" type="vector3">
      <input name="in1" type="float" nodename="N_separate" output="outx" />
      <input name="in2" type="float" nodename="N_separate" output="outy" />
      <input name="in3" type="float" nodename="N_cell_jitter_mult" />
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    <multiply name="N_cell_jitter_mult" type="float">
      <input name="in1" type="float" nodename="N_jitter_minus_1" />
      <input name="in2" type="float" value="90000" />
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    <multiply name="N_apply_freq" type="vector2">
      <input name="in1" type="vector2" interfacename="texcoord" />
      <input name="in2" type="vector2" interfacename="freq" />
    </multiply>
    <separate2 name="N_separate" type="multioutput">
      <input name="in" type="vector2" nodename="N_apply_offset" />
    </separate2>
    <subtract name="N_jitter_minus_1" type="float">
      <input name="in1" type="float" interfacename="jitter" />
      <input name="in2" type="float" value="1" />
    </subtract>
    <output name="out" type="float" nodename="N_range" />
  </nodegraph>
  <nodegraph name="NG_unifiednoise3d_float" nodedef="ND_unifiednoise3d_float">
    <range name="N_range" type="float">
      <input name="in" type="float" nodename="N_switch_type" />
      <input name="outlow" type="float" interfacename="outmin" />
      <input name="outhigh" type="float" interfacename="outmax" />
      <input name="doclamp" type="boolean" interfacename="clampoutput" />
      <input name="inlow" type="float" value="0" />
      <input name="inhigh" type="float" value="1" />
    </range>
    <switch name="N_switch_type" type="float">
      <input name="in1" type="float" nodename="N_perlin_noise3d" />
      <input name="in2" type="float" nodename="N_cellnoise3d" />
      <input name="in3" type="float" nodename="N_worleynoise3d" />
      <input name="in4" type="float" nodename="N_fractal3d" />
      <input name="which" type="integer" interfacename="type" />
    </switch>
    <noise3d name="N_perlin_noise3d" type="float">
      <input name="position" type="vector3" nodename="N_apply_cell_jitter" />
      <input name="amplitude" type="float" value="0.5" />
      <input name="pivot" type="float" value="0.5" />
    </noise3d>
    <cellnoise3d name="N_cellnoise3d" type="float">
      <input name="position" type="vector3" nodename="N_apply_cell_jitter" />
    </cellnoise3d>
    <worleynoise3d name="N_worleynoise3d" type="float">
      <input name="position" type="vector3" nodename="N_apply_offset" />
      <input name="jitter" type="float" interfacename="jitter" />
    </worleynoise3d>
    <fractal3d name="N_fractal3d" type="float">
      <input name="octaves" type="integer" interfacename="octaves" />
      <input name="lacunarity" type="float" interfacename="lacunarity" />
      <input name="diminish" type="float" interfacename="diminish" />
      <input name="position" type="vector3" nodename="N_apply_cell_jitter" />
      <input name="amplitude" type="float" value="1" />
    </fractal3d>
    <rotate3d name="N_apply_cell_jitter" type="vector3">
      <input name="in" type="vector3" nodename="N_apply_offset" />
      <input name="amount" type="float" nodename="N_cell_jitter_mult" />
      <input name="axis" type="vector3" value="0.1, 1, 0" />
    </rotate3d>
    <add name="N_apply_offset" type="vector3">
      <input name="in1" type="vector3" nodename="N_apply_freq" />
      <input name="in2" type="vector3" interfacename="offset" />
    </add>
    <multiply name="N_cell_jitter_mult" type="float">
      <input name="in1" type="float" nodename="N_jitter_minus_one" />
      <input name="in2" type="float" value="90000" />
    </multiply>
    <multiply name="N_apply_freq" type="vector3">
      <input name="in1" type="vector3" interfacename="position" />
      <input name="in2" type="vector3" interfacename="freq" />
    </multiply>
    <subtract name="N_jitter_minus_one" type="float">
      <input name="in1" type="float" interfacename="jitter" />
      <input name="in2" type="float" value="1" />
    </subtract>
    <output name="out" type="float" nodename="N_range" />
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  <nodegraph name="NG_checkerboard_color3" nodedef="ND_checkerboard_color3">
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      <input name="in" type="vector2" nodename="N_mtlxplace2d1" />
    </separate2>
    <modulo name="N_mtlxmodulo1" type="float">
      <input name="in1" type="float" nodename="N_mtlxseparate2" output="outx" />
      <input name="in2" type="float" value="2" />
    </modulo>
    <multiply name="N_mult" type="vector2">
      <input name="in1" type="vector2" interfacename="texcoord" />
      <input name="in2" type="vector2" interfacename="freq" />
    </multiply>
    <modulo name="N_mtlxmodulo2" type="float">
      <input name="in1" type="float" nodename="N_mtlxseparate2" output="outy" />
      <input name="in2" type="float" value="2" />
    </modulo>
    <floor name="N_mtlxfloor2" type="float">
      <input name="in" type="float" nodename="N_mtlxmodulo1" />
    </floor>
    <floor name="N_mtlxfloor3" type="float">
      <input name="in" type="float" nodename="N_mtlxmodulo2" />
    </floor>
    <add name="N_mtlxadd2" type="float">
      <input name="in1" type="float" nodename="N_mtlxfloor2" />
      <input name="in2" type="float" nodename="N_mtlxfloor3" />
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    <ifequal name="N_mtlxifequal2" type="float">
      <input name="value1" type="float" nodename="N_mtlxadd2" />
      <input name="value2" type="float" value="1" />
      <input name="in1" type="float" value="1" />
      <input name="in2" type="float" value="0" />
    </ifequal>
    <place2d name="N_mtlxplace2d1" type="vector2">
      <input name="texcoord" type="vector2" nodename="N_mult" />
      <input name="offset" type="vector2" interfacename="offset" />
    </place2d>
    <mix name="N_mix_color3" type="color3">
      <input name="bg" type="color3" interfacename="color2" />
      <input name="fg" type="color3" interfacename="color1" />
      <input name="mix" type="float" nodename="N_mtlxifequal2" />
    </mix>
    <output name="out" type="color3" nodename="N_mix_color3" />
  </nodegraph>
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    <heighttonormal name="N_heighttonormal" type="vector3">
      <input name="in" type="float" interfacename="height" />
    </heighttonormal>
    <normalmap name="N_normalmap" type="vector3">
      <input name="in" type="vector3" nodename="N_heighttonormal" />
      <input name="normal" type="vector3" interfacename="normal" />
      <input name="scale" type="float" interfacename="scale" />
      <input name="tangent" type="vector3" interfacename="tangent" />
    </normalmap>
    <output name="out" type="vector3" nodename="N_normalmap" />
  </nodegraph>
  <nodegraph name="NG_place2d_vector2" nodedef="ND_place2d_vector2">
    <subtract name="N_subpivot" type="vector2">
      <input name="in1" type="vector2" interfacename="texcoord" />
      <input name="in2" type="vector2" interfacename="pivot" />
    </subtract>
    <divide name="N_applyscale" type="vector2">
      <input name="in1" type="vector2" nodename="N_subpivot" />
      <input name="in2" type="vector2" interfacename="scale" />
    </divide>
    <rotate2d name="N_applyrot" type="vector2">
      <input name="in" type="vector2" nodename="N_applyscale" />
      <input name="amount" type="float" interfacename="rotate" />
    </rotate2d>
    <subtract name="N_applyoffset" type="vector2">
      <input name="in1" type="vector2" nodename="N_applyrot" />
      <input name="in2" type="vector2" interfacename="offset" />
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    <add name="N_addpivot" type="vector2">
      <input name="in1" type="vector2" nodename="N_applyoffset" />
      <input name="in2" type="vector2" interfacename="pivot" />
    </add>
    <subtract name="N_applyoffset2" type="vector2">
      <input name="in1" type="vector2" nodename="N_subpivot" />
      <input name="in2" type="vector2" interfacename="offset" />
    </subtract>
    <rotate2d name="N_applyrot2" type="vector2">
      <input name="in" type="vector2" nodename="N_applyoffset2" />
      <input name="amount" type="float" interfacename="rotate" />
    </rotate2d>
    <divide name="N_applyscale2" type="vector2">
      <input name="in1" type="vector2" nodename="N_applyrot2" />
      <input name="in2" type="vector2" interfacename="scale" />
    </divide>
    <add name="N_addpivot2" type="vector2">
      <input name="in1" type="vector2" nodename="N_applyscale2" />
      <input name="in2" type="vector2" interfacename="pivot" />
    </add>
    <switch name="N_switch_operationorder" type="vector2">
      <input name="in1" type="vector2" nodename="N_addpivot" />
      <input name="in2" type="vector2" nodename="N_addpivot2" />
      <input name="which" type="integer" interfacename="operationorder" />
    </switch>
    <output name="out" type="vector2" nodename="N_switch_operationorder" />
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      <input name="in1" type="vector2" interfacename="in1" />
      <input name="in2" type="vector2" interfacename="in2" />
    </subtract>
    <magnitude name="N_mtlxmagnitude" type="float">
      <input name="in" type="vector2" nodename="N_mtlxsubtract" />
    </magnitude>
    <output name="out" type="float" nodename="N_mtlxmagnitude" />
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  <nodegraph name="NG_distance_vector3" nodedef="ND_distance_vector3">
    <subtract name="N_mtlxsubtract" type="vector3">
      <input name="in1" type="vector3" interfacename="in1" />
      <input name="in2" type="vector3" interfacename="in2" />
    </subtract>
    <magnitude name="N_mtlxmagnitude" type="float">
      <input name="in" type="vector3" nodename="N_mtlxsubtract" />
    </magnitude>
    <output name="out" type="float" nodename="N_mtlxmagnitude" />
  </nodegraph>
  <nodegraph name="NG_distance_vector4" nodedef="ND_distance_vector4">
    <subtract name="N_mtlxsubtract" type="vector4">
      <input name="in1" type="vector4" interfacename="in1" />
      <input name="in2" type="vector4" interfacename="in2" />
    </subtract>
    <magnitude name="N_mtlxmagnitude" type="float">
      <input name="in" type="vector4" nodename="N_mtlxsubtract" />
    </magnitude>
    <output name="out" type="float" nodename="N_mtlxmagnitude" />
  </nodegraph>
  <nodegraph name="NG_contrast_float" nodedef="ND_contrast_float">
    <subtract name="N_sub_float" type="float">
      <input name="in1" type="float" interfacename="in" />
      <input name="in2" type="float" interfacename="pivot" />
    </subtract>
    <multiply name="N_mul_float" type="float">
      <input name="in1" type="float" nodename="N_sub_float" />
      <input name="in2" type="float" interfacename="amount" />
    </multiply>
    <add name="N_add_float" type="float">
      <input name="in1" type="float" nodename="N_mul_float" />
      <input name="in2" type="float" interfacename="pivot" />
    </add>
    <output name="out" type="float" nodename="N_add_float" />
  </nodegraph>
  <nodegraph name="NG_contrast_color3" nodedef="ND_contrast_color3">
    <subtract name="N_sub_color3" type="color3">
      <input name="in1" type="color3" interfacename="in" />
      <input name="in2" type="color3" interfacename="pivot" />
    </subtract>
    <multiply name="N_mul_color3" type="color3">
      <input name="in1" type="color3" nodename="N_sub_color3" />
      <input name="in2" type="color3" interfacename="amount" />
    </multiply>
    <add name="N_add_color3" type="color3">
      <input name="in1" type="color3" nodename="N_mul_color3" />
      <input name="in2" type="color3" interfacename="pivot" />
    </add>
    <output name="out" type="color3" nodename="N_add_color3" />
  </nodegraph>
  <nodegraph name="NG_contrast_color4" nodedef="ND_contrast_color4">
    <subtract name="N_sub_color4" type="color4">
      <input name="in1" type="color4" interfacename="in" />
      <input name="in2" type="color4" interfacename="pivot" />
    </subtract>
    <multiply name="N_mul_color4" type="color4">
      <input name="in1" type="color4" nodename="N_sub_color4" />
      <input name="in2" type="color4" interfacename="amount" />
    </multiply>
    <add name="N_add_color4" type="color4">
      <input name="in1" type="color4" nodename="N_mul_color4" />
      <input name="in2" type="color4" interfacename="pivot" />
    </add>
    <output name="out" type="color4" nodename="N_add_color4" />
  </nodegraph>
  <nodegraph name="NG_contrast_vector2" nodedef="ND_contrast_vector2">
    <subtract name="N_sub_vector2" type="vector2">
      <input name="in1" type="vector2" interfacename="in" />
      <input name="in2" type="vector2" interfacename="pivot" />
    </subtract>
    <multiply name="N_mul_vector2" type="vector2">
      <input name="in1" type="vector2" nodename="N_sub_vector2" />
      <input name="in2" type="vector2" interfacename="amount" />
    </multiply>
    <add name="N_add_vector2" type="vector2">
      <input name="in1" type="vector2" nodename="N_mul_vector2" />
      <input name="in2" type="vector2" interfacename="pivot" />
    </add>
    <output name="out" type="vector2" nodename="N_add_vector2" />
  </nodegraph>
  <nodegraph name="NG_contrast_vector3" nodedef="ND_contrast_vector3">
    <subtract name="N_sub_vector3" type="vector3">
      <input name="in1" type="vector3" interfacename="in" />
      <input name="in2" type="vector3" interfacename="pivot" />
    </subtract>
    <multiply name="N_mul_vector3" type="vector3">
      <input name="in1" type="vector3" nodename="N_sub_vector3" />
      <input name="in2" type="vector3" interfacename="amount" />
    </multiply>
    <add name="N_add_vector3" type="vector3">
      <input name="in1" type="vector3" nodename="N_mul_vector3" />
      <input name="in2" type="vector3" interfacename="pivot" />
    </add>
    <output name="out" type="vector3" nodename="N_add_vector3" />
  </nodegraph>
  <nodegraph name="NG_contrast_vector4" nodedef="ND_contrast_vector4">
    <subtract name="N_sub_vector4" type="vector4">
      <input name="in1" type="vector4" interfacename="in" />
      <input name="in2" type="vector4" interfacename="pivot" />
    </subtract>
    <multiply name="N_mul_vector4" type="vector4">
      <input name="in1" type="vector4" nodename="N_sub_vector4" />
      <input name="in2" type="vector4" interfacename="amount" />
    </multiply>
    <add name="N_add_vector4" type="vector4">
      <input name="in1" type="vector4" nodename="N_mul_vector4" />
      <input name="in2" type="vector4" interfacename="pivot" />
    </add>
    <output name="out" type="vector4" nodename="N_add_vector4" />
  </nodegraph>
  <nodegraph name="NG_contrast_color3FA" nodedef="ND_contrast_color3FA">
    <subtract name="N_sub_color3FA" type="color3">
      <input name="in1" type="color3" interfacename="in" />
      <input name="in2" type="float" interfacename="pivot" />
    </subtract>
    <multiply name="N_mul_color3FA" type="color3">
      <input name="in1" type="color3" nodename="N_sub_color3FA" />
      <input name="in2" type="float" interfacename="amount" />
    </multiply>
    <add name="N_add_color3FA" type="color3">
      <input name="in1" type="color3" nodename="N_mul_color3FA" />
      <input name="in2" type="float" interfacename="pivot" />
    </add>
    <output name="out" type="color3" nodename="N_add_color3FA" />
  </nodegraph>
  <nodegraph name="NG_contrast_color4FA" nodedef="ND_contrast_color4FA">
    <subtract name="N_sub_color4FA" type="color4">
      <input name="in1" type="color4" interfacename="in" />
      <input name="in2" type="float" interfacename="pivot" />
    </subtract>
    <multiply name="N_mul_color4FA" type="color4">
      <input name="in1" type="color4" nodename="N_sub_color4FA" />
      <input name="in2" type="float" interfacename="amount" />
    </multiply>
    <add name="N_add_color4FA" type="color4">
      <input name="in1" type="color4" nodename="N_mul_color4FA" />
      <input name="in2" type="float" interfacename="pivot" />
    </add>
    <output name="out" type="color4" nodename="N_add_color4FA" />
  </nodegraph>
  <nodegraph name="NG_contrast_vector2FA" nodedef="ND_contrast_vector2FA">
    <subtract name="N_sub_vector2FA" type="vector2">
      <input name="in1" type="vector2" interfacename="in" />
      <input name="in2" type="float" interfacename="pivot" />
    </subtract>
    <multiply name="N_mul_vector2FA" type="vector2">
      <input name="in1" type="vector2" nodename="N_sub_vector2FA" />
      <input name="in2" type="float" interfacename="amount" />
    </multiply>
    <add name="N_add_vector2FA" type="vector2">
      <input name="in1" type="vector2" nodename="N_mul_vector2FA" />
      <input name="in2" type="float" interfacename="pivot" />
    </add>
    <output name="out" type="vector2" nodename="N_add_vector2FA" />
  </nodegraph>
  <nodegraph name="NG_contrast_vector3FA" nodedef="ND_contrast_vector3FA">
    <subtract name="N_sub_vector3FA" type="vector3">
      <input name="in1" type="vector3" interfacename="in" />
      <input name="in2" type="float" interfacename="pivot" />
    </subtract>
    <multiply name="N_mul_vector3FA" type="vector3">
      <input name="in1" type="vector3" nodename="N_sub_vector3FA" />
      <input name="in2" type="float" interfacename="amount" />
    </multiply>
    <add name="N_add_vector3FA" type="vector3">
      <input name="in1" type="vector3" nodename="N_mul_vector3FA" />
      <input name="in2" type="float" interfacename="pivot" />
    </add>
    <output name="out" type="vector3" nodename="N_add_vector3FA" />
  </nodegraph>
  <nodegraph name="NG_contrast_vector4FA" nodedef="ND_contrast_vector4FA">
    <subtract name="N_sub_vector4FA" type="vector4">
      <input name="in1" type="vector4" interfacename="in" />
      <input name="in2" type="float" interfacename="pivot" />
    </subtract>
    <multiply name="N_mul_vector4FA" type="vector4">
      <input name="in1" type="vector4" nodename="N_sub_vector4FA" />
      <input name="in2" type="float" interfacename="amount" />
    </multiply>
    <add name="N_add_vector4FA" type="vector4">
      <input name="in1" type="vector4" nodename="N_mul_vector4FA" />
      <input name="in2" type="float" interfacename="pivot" />
    </add>
    <output name="out" type="vector4" nodename="N_add_vector4FA" />
  </nodegraph>
  <nodegraph name="NG_range_float" nodedef="ND_range_float">
    <remap name="N_remap1_float" type="float">
      <input name="in" type="float" interfacename="in" />
      <input name="inlow" type="float" interfacename="inlow" />
      <input name="inhigh" type="float" interfacename="inhigh" />
      <input name="outlow" type="float" value="0.0" />
      <input name="outhigh" type="float" value="1.0" />
    </remap>
    <divide name="N_recip_float" type="float">
      <input name="in1" type="float" value="1.0" />
      <input name="in2" type="float" interfacename="gamma" />
    </divide>
    <absval name="N_abs_float" type="float">
      <input name="in" type="float" nodename="N_remap1_float" />
    </absval>
    <power name="N_pow_float" type="float">
      <input name="in1" type="float" nodename="N_abs_float" />
      <input name="in2" type="float" nodename="N_recip_float" />
    </power>
    <sign name="N_sign_float" type="float">
      <input name="in" type="float" nodename="N_remap1_float" />
    </sign>
    <multiply name="N_gamma_float" type="float">
      <input name="in1" type="float" nodename="N_pow_float" />
      <input name="in2" type="float" nodename="N_sign_float" />
    </multiply>
    <remap name="N_remap2_float" type="float">
      <input name="in" type="float" nodename="N_gamma_float" />
      <input name="inlow" type="float" value="0.0" />
      <input name="inhigh" type="float" value="1.0" />
      <input name="outlow" type="float" interfacename="outlow" />
      <input name="outhigh" type="float" interfacename="outhigh" />
    </remap>
    <clamp name="N_clamp_float" type="float">
      <input name="in" type="float" nodename="N_remap2_float" />
      <input name="low" type="float" interfacename="outlow" />
      <input name="high" type="float" interfacename="outhigh" />
    </clamp>
    <ifequal name="N_switch_float" type="float">
      <input name="in1" type="float" nodename="N_clamp_float" />
      <input name="in2" type="float" nodename="N_remap2_float" />
      <input name="value1" type="boolean" interfacename="doclamp" />
      <input name="value2" type="boolean" value="true" />
    </ifequal>
    <output name="out" type="float" nodename="N_switch_float" />
  </nodegraph>
  <nodegraph name="NG_range_color3" nodedef="ND_range_color3">
    <remap name="N_remap1_color3" type="color3">
      <input name="in" type="color3" interfacename="in" />
      <input name="inlow" type="color3" interfacename="inlow" />
      <input name="inhigh" type="color3" interfacename="inhigh" />
      <input name="outlow" type="color3" value="0.0, 0.0, 0.0" />
      <input name="outhigh" type="color3" value="1.0, 1.0, 1.0" />
    </remap>
    <divide name="N_recip_color3" type="color3">
      <input name="in1" type="color3" value="1.0, 1.0, 1.0" />
      <input name="in2" type="color3" interfacename="gamma" />
    </divide>
    <absval name="N_abs_color3" type="color3">
      <input name="in" type="color3" nodename="N_remap1_color3" />
    </absval>
    <power name="N_pow_color3" type="color3">
      <input name="in1" type="color3" nodename="N_abs_color3" />
      <input name="in2" type="color3" nodename="N_recip_color3" />
    </power>
    <sign name="N_sign_color3" type="color3">
      <input name="in" type="color3" nodename="N_remap1_color3" />
    </sign>
    <multiply name="N_gamma_color3" type="color3">
      <input name="in1" type="color3" nodename="N_pow_color3" />
      <input name="in2" type="color3" nodename="N_sign_color3" />
    </multiply>
    <remap name="N_remap2_color3" type="color3">
      <input name="in" type="color3" nodename="N_gamma_color3" />
      <input name="inlow" type="color3" value="0.0, 0.0, 0.0" />
      <input name="inhigh" type="color3" value="1.0, 1.0, 1.0" />
      <input name="outlow" type="color3" interfacename="outlow" />
      <input name="outhigh" type="color3" interfacename="outhigh" />
    </remap>
    <clamp name="N_clamp_color3" type="color3">
      <input name="in" type="color3" nodename="N_remap2_color3" />
      <input name="low" type="color3" interfacename="outlow" />
      <input name="high" type="color3" interfacename="outhigh" />
    </clamp>
    <ifequal name="N_switch_color3" type="color3">
      <input name="in1" type="color3" nodename="N_clamp_color3" />
      <input name="in2" type="color3" nodename="N_remap2_color3" />
      <input name="value1" type="boolean" interfacename="doclamp" />
      <input name="value2" type="boolean" value="true" />
    </ifequal>
    <output name="out" type="color3" nodename="N_switch_color3" />
  </nodegraph>
  <nodegraph name="NG_range_color4" nodedef="ND_range_color4">
    <remap name="N_remap1_color4" type="color4">
      <input name="in" type="color4" interfacename="in" />
      <input name="inlow" type="color4" interfacename="inlow" />
      <input name="inhigh" type="color4" interfacename="inhigh" />
      <input name="outlow" type="color4" value="0.0, 0.0, 0.0, 0.0" />
      <input name="outhigh" type="color4" value="1.0, 1.0, 1.0, 1.0" />
    </remap>
    <divide name="N_recip_color4" type="color4">
      <input name="in1" type="color4" value="1.0, 1.0, 1.0, 1.0" />
      <input name="in2" type="color4" interfacename="gamma" />
    </divide>
    <absval name="N_abs_color4" type="color4">
      <input name="in" type="color4" nodename="N_remap1_color4" />
    </absval>
    <power name="N_pow_color4" type="color4">
      <input name="in1" type="color4" nodename="N_abs_color4" />
      <input name="in2" type="color4" nodename="N_recip_color4" />
    </power>
    <sign name="N_sign_color4" type="color4">
      <input name="in" type="color4" nodename="N_remap1_color4" />
    </sign>
    <multiply name="N_gamma_color4" type="color4">
      <input name="in1" type="color4" nodename="N_pow_color4" />
      <input name="in2" type="color4" nodename="N_sign_color4" />
    </multiply>
    <remap name="N_remap2_color4" type="color4">
      <input name="in" type="color4" nodename="N_gamma_color4" />
      <input name="inlow" type="color4" value="0.0, 0.0, 0.0, 0.0" />
      <input name="inhigh" type="color4" value="1.0, 1.0, 1.0, 1.0" />
      <input name="outlow" type="color4" interfacename="outlow" />
      <input name="outhigh" type="color4" interfacename="outhigh" />
    </remap>
    <clamp name="N_clamp_color4" type="color4">
      <input name="in" type="color4" nodename="N_remap2_color4" />
      <input name="low" type="color4" interfacename="outlow" />
      <input name="high" type="color4" interfacename="outhigh" />
    </clamp>
    <ifequal name="N_switch_color4" type="color4">
      <input name="in1" type="color4" nodename="N_clamp_color4" />
      <input name="in2" type="color4" nodename="N_remap2_color4" />
      <input name="value1" type="boolean" interfacename="doclamp" />
      <input name="value2" type="boolean" value="true" />
    </ifequal>
    <output name="out" type="color4" nodename="N_switch_color4" />
  </nodegraph>
  <nodegraph name="NG_range_vector2" nodedef="ND_range_vector2">
    <remap name="N_remap1_vector2" type="vector2">
      <input name="in" type="vector2" interfacename="in" />
      <input name="inlow" type="vector2" interfacename="inlow" />
      <input name="inhigh" type="vector2" interfacename="inhigh" />
      <input name="outlow" type="vector2" value="0.0, 0.0" />
      <input name="outhigh" type="vector2" value="1.0, 1.0" />
    </remap>
    <divide name="N_recip_vector2" type="vector2">
      <input name="in1" type="vector2" value="1.0, 1.0" />
      <input name="in2" type="vector2" interfacename="gamma" />
    </divide>
    <absval name="N_abs_vector2" type="vector2">
      <input name="in" type="vector2" nodename="N_remap1_vector2" />
    </absval>
    <power name="N_pow_vector2" type="vector2">
      <input name="in1" type="vector2" nodename="N_abs_vector2" />
      <input name="in2" type="vector2" nodename="N_recip_vector2" />
    </power>
    <sign name="N_sign_vector2" type="vector2">
      <input name="in" type="vector2" nodename="N_remap1_vector2" />
    </sign>
    <multiply name="N_gamma_vector2" type="vector2">
      <input name="in1" type="vector2" nodename="N_pow_vector2" />
      <input name="in2" type="vector2" nodename="N_sign_vector2" />
    </multiply>
    <remap name="N_remap2_vector2" type="vector2">
      <input name="in" type="vector2" nodename="N_gamma_vector2" />
      <input name="inlow" type="vector2" value="0.0, 0.0" />
      <input name="inhigh" type="vector2" value="1.0, 1.0" />
      <input name="outlow" type="vector2" interfacename="outlow" />
      <input name="outhigh" type="vector2" interfacename="outhigh" />
    </remap>
    <clamp name="N_clamp_vector2" type="vector2">
      <input name="in" type="vector2" nodename="N_remap2_vector2" />
      <input name="low" type="vector2" interfacename="outlow" />
      <input name="high" type="vector2" interfacename="outhigh" />
    </clamp>
    <ifequal name="N_switch_vector2" type="vector2">
      <input name="in1" type="vector2" nodename="N_clamp_vector2" />
      <input name="in2" type="vector2" nodename="N_remap2_vector2" />
      <input name="value1" type="boolean" interfacename="doclamp" />
      <input name="value2" type="boolean" value="true" />
    </ifequal>
    <output name="out" type="vector2" nodename="N_switch_vector2" />
  </nodegraph>
  <nodegraph name="NG_range_vector3" nodedef="ND_range_vector3">
    <remap name="N_remap1_vector3" type="vector3">
      <input name="in" type="vector3" interfacename="in" />
      <input name="inlow" type="vector3" interfacename="inlow" />
      <input name="inhigh" type="vector3" interfacename="inhigh" />
      <input name="outlow" type="vector3" value="0.0, 0.0, 0.0" />
      <input name="outhigh" type="vector3" value="1.0, 1.0, 1.0" />
    </remap>
    <divide name="N_recip_vector3" type="vector3">
      <input name="in1" type="vector3" value="1.0, 1.0, 1.0" />
      <input name="in2" type="vector3" interfacename="gamma" />
    </divide>
    <absval name="N_abs_vector3" type="vector3">
      <input name="in" type="vector3" nodename="N_remap1_vector3" />
    </absval>
    <power name="N_pow_vector3" type="vector3">
      <input name="in1" type="vector3" nodename="N_abs_vector3" />
      <input name="in2" type="vector3" nodename="N_recip_vector3" />
    </power>
    <sign name="N_sign_vector3" type="vector3">
      <input name="in" type="vector3" nodename="N_remap1_vector3" />
    </sign>
    <multiply name="N_gamma_vector3" type="vector3">
      <input name="in1" type="vector3" nodename="N_pow_vector3" />
      <input name="in2" type="vector3" nodename="N_sign_vector3" />
    </multiply>
    <remap name="N_remap2_vector3" type="vector3">
      <input name="in" type="vector3" nodename="N_gamma_vector3" />
      <input name="inlow" type="vector3" value="0.0, 0.0, 0.0" />
      <input name="inhigh" type="vector3" value="1.0, 1.0, 1.0" />
      <input name="outlow" type="vector3" interfacename="outlow" />
      <input name="outhigh" type="vector3" interfacename="outhigh" />
    </remap>
    <clamp name="N_clamp_vector3" type="vector3">
      <input name="in" type="vector3" nodename="N_remap2_vector3" />
      <input name="low" type="vector3" interfacename="outlow" />
      <input name="high" type="vector3" interfacename="outhigh" />
    </clamp>
    <ifequal name="N_switch_vector3" type="vector3">
      <input name="in1" type="vector3" nodename="N_clamp_vector3" />
      <input name="in2" type="vector3" nodename="N_remap2_vector3" />
      <input name="value1" type="boolean" interfacename="doclamp" />
      <input name="value2" type="boolean" value="true" />
    </ifequal>
    <output name="out" type="vector3" nodename="N_switch_vector3" />
  </nodegraph>
  <nodegraph name="NG_range_vector4" nodedef="ND_range_vector4">
    <remap name="N_remap1_vector4" type="vector4">
      <input name="in" type="vector4" interfacename="in" />
      <input name="inlow" type="vector4" interfacename="inlow" />
      <input name="inhigh" type="vector4" interfacename="inhigh" />
      <input name="outlow" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
      <input name="outhigh" type="vector4" value="1.0, 1.0, 1.0, 1.0" />
    </remap>
    <divide name="N_recip_vector4" type="vector4">
      <input name="in1" type="vector4" value="1.0, 1.0, 1.0, 1.0" />
      <input name="in2" type="vector4" interfacename="gamma" />
    </divide>
    <absval name="N_abs_vector4" type="vector4">
      <input name="in" type="vector4" nodename="N_remap1_vector4" />
    </absval>
    <power name="N_pow_vector4" type="vector4">
      <input name="in1" type="vector4" nodename="N_abs_vector4" />
      <input name="in2" type="vector4" nodename="N_recip_vector4" />
    </power>
    <sign name="N_sign_vector4" type="vector4">
      <input name="in" type="vector4" nodename="N_remap1_vector4" />
    </sign>
    <multiply name="N_gamma_vector4" type="vector4">
      <input name="in1" type="vector4" nodename="N_pow_vector4" />
      <input name="in2" type="vector4" nodename="N_sign_vector4" />
    </multiply>
    <remap name="N_remap2_vector4" type="vector4">
      <input name="in" type="vector4" nodename="N_gamma_vector4" />
      <input name="inlow" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
      <input name="inhigh" type="vector4" value="1.0, 1.0, 1.0, 1.0" />
      <input name="outlow" type="vector4" interfacename="outlow" />
      <input name="outhigh" type="vector4" interfacename="outhigh" />
    </remap>
    <clamp name="N_clamp_vector4" type="vector4">
      <input name="in" type="vector4" nodename="N_remap2_vector4" />
      <input name="low" type="vector4" interfacename="outlow" />
      <input name="high" type="vector4" interfacename="outhigh" />
    </clamp>
    <ifequal name="N_switch_vector4" type="vector4">
      <input name="in1" type="vector4" nodename="N_clamp_vector4" />
      <input name="in2" type="vector4" nodename="N_remap2_vector4" />
      <input name="value1" type="boolean" interfacename="doclamp" />
      <input name="value2" type="boolean" value="true" />
    </ifequal>
    <output name="out" type="vector4" nodename="N_switch_vector4" />
  </nodegraph>
  <nodegraph name="NG_range_color3FA" nodedef="ND_range_color3FA">
    <remap name="N_remap1_color3FA" type="color3">
      <input name="in" type="color3" interfacename="in" />
      <input name="inlow" type="float" interfacename="inlow" />
      <input name="inhigh" type="float" interfacename="inhigh" />
      <input name="outlow" type="float" value="0.0" />
      <input name="outhigh" type="float" value="1.0" />
    </remap>
    <divide name="N_recip_color3FA" type="float">
      <input name="in1" type="float" value="1.0" />
      <input name="in2" type="float" interfacename="gamma" />
    </divide>
    <absval name="N_abs_color3FA" type="color3">
      <input name="in" type="color3" nodename="N_remap1_color3FA" />
    </absval>
    <power name="N_pow_color3FA" type="color3">
      <input name="in1" type="color3" nodename="N_abs_color3FA" />
      <input name="in2" type="float" nodename="N_recip_color3FA" />
    </power>
    <sign name="N_sign_color3FA" type="color3">
      <input name="in" type="color3" nodename="N_remap1_color3FA" />
    </sign>
    <multiply name="N_gamma_color3FA" type="color3">
      <input name="in1" type="color3" nodename="N_pow_color3FA" />
      <input name="in2" type="color3" nodename="N_sign_color3FA" />
    </multiply>
    <remap name="N_remap2_color3FA" type="color3">
      <input name="in" type="color3" nodename="N_gamma_color3FA" />
      <input name="inlow" type="float" value="0.0" />
      <input name="inhigh" type="float" value="1.0" />
      <input name="outlow" type="float" interfacename="outlow" />
      <input name="outhigh" type="float" interfacename="outhigh" />
    </remap>
    <clamp name="N_clamp_color3FA" type="color3">
      <input name="in" type="color3" nodename="N_remap2_color3FA" />
      <input name="low" type="float" interfacename="outlow" />
      <input name="high" type="float" interfacename="outhigh" />
    </clamp>
    <ifequal name="N_switch_color3FA" type="color3">
      <input name="in1" type="color3" nodename="N_clamp_color3FA" />
      <input name="in2" type="color3" nodename="N_remap2_color3FA" />
      <input name="value1" type="boolean" interfacename="doclamp" />
      <input name="value2" type="boolean" value="true" />
    </ifequal>
    <output name="out" type="color3" nodename="N_switch_color3FA" />
  </nodegraph>
  <nodegraph name="NG_range_color4FA" nodedef="ND_range_color4FA">
    <remap name="N_remap1_color4FA" type="color4">
      <input name="in" type="color4" interfacename="in" />
      <input name="inlow" type="float" interfacename="inlow" />
      <input name="inhigh" type="float" interfacename="inhigh" />
      <input name="outlow" type="float" value="0.0" />
      <input name="outhigh" type="float" value="1.0" />
    </remap>
    <divide name="N_recip_color4FA" type="float">
      <input name="in1" type="float" value="1.0" />
      <input name="in2" type="float" interfacename="gamma" />
    </divide>
    <absval name="N_abs_color4FA" type="color4">
      <input name="in" type="color4" nodename="N_remap1_color4FA" />
    </absval>
    <power name="N_pow_color4FA" type="color4">
      <input name="in1" type="color4" nodename="N_abs_color4FA" />
      <input name="in2" type="float" nodename="N_recip_color4FA" />
    </power>
    <sign name="N_sign_color4FA" type="color4">
      <input name="in" type="color4" nodename="N_remap1_color4FA" />
    </sign>
    <multiply name="N_gamma_color4FA" type="color4">
      <input name="in1" type="color4" nodename="N_pow_color4FA" />
      <input name="in2" type="color4" nodename="N_sign_color4FA" />
    </multiply>
    <remap name="N_remap2_color4FA" type="color4">
      <input name="in" type="color4" nodename="N_gamma_color4FA" />
      <input name="inlow" type="float" value="0.0" />
      <input name="inhigh" type="float" value="1.0" />
      <input name="outlow" type="float" interfacename="outlow" />
      <input name="outhigh" type="float" interfacename="outhigh" />
    </remap>
    <clamp name="N_clamp_color4FA" type="color4">
      <input name="in" type="color4" nodename="N_remap2_color4FA" />
      <input name="low" type="float" interfacename="outlow" />
      <input name="high" type="float" interfacename="outhigh" />
    </clamp>
    <ifequal name="N_switch_color4FA" type="color4">
      <input name="in1" type="color4" nodename="N_clamp_color4FA" />
      <input name="in2" type="color4" nodename="N_remap2_color4FA" />
      <input name="value1" type="boolean" interfacename="doclamp" />
      <input name="value2" type="boolean" value="true" />
    </ifequal>
    <output name="out" type="color4" nodename="N_switch_color4FA" />
  </nodegraph>
  <nodegraph name="NG_range_vector2FA" nodedef="ND_range_vector2FA">
    <remap name="N_remap1_vector2FA" type="vector2">
      <input name="in" type="vector2" interfacename="in" />
      <input name="inlow" type="float" interfacename="inlow" />
      <input name="inhigh" type="float" interfacename="inhigh" />
      <input name="outlow" type="float" value="0.0" />
      <input name="outhigh" type="float" value="1.0" />
    </remap>
    <divide name="N_recip_vector2FA" type="float">
      <input name="in1" type="float" value="1.0" />
      <input name="in2" type="float" interfacename="gamma" />
    </divide>
    <absval name="N_abs_vector2FA" type="vector2">
      <input name="in" type="vector2" nodename="N_remap1_vector2FA" />
    </absval>
    <power name="N_pow_vector2FA" type="vector2">
      <input name="in1" type="vector2" nodename="N_abs_vector2FA" />
      <input name="in2" type="float" nodename="N_recip_vector2FA" />
    </power>
    <sign name="N_sign_vector2FA" type="vector2">
      <input name="in" type="vector2" nodename="N_remap1_vector2FA" />
    </sign>
    <multiply name="N_gamma_vector2FA" type="vector2">
      <input name="in1" type="vector2" nodename="N_pow_vector2FA" />
      <input name="in2" type="vector2" nodename="N_sign_vector2FA" />
    </multiply>
    <remap name="N_remap2_vector2FA" type="vector2">
      <input name="in" type="vector2" nodename="N_gamma_vector2FA" />
      <input name="inlow" type="float" value="0.0" />
      <input name="inhigh" type="float" value="1.0" />
      <input name="outlow" type="float" interfacename="outlow" />
      <input name="outhigh" type="float" interfacename="outhigh" />
    </remap>
    <clamp name="N_clamp_vector2FA" type="vector2">
      <input name="in" type="vector2" nodename="N_remap2_vector2FA" />
      <input name="low" type="float" interfacename="outlow" />
      <input name="high" type="float" interfacename="outhigh" />
    </clamp>
    <ifequal name="N_switch_vector2FA" type="vector2">
      <input name="in1" type="vector2" nodename="N_clamp_vector2FA" />
      <input name="in2" type="vector2" nodename="N_remap2_vector2FA" />
      <input name="value1" type="boolean" interfacename="doclamp" />
      <input name="value2" type="boolean" value="true" />
    </ifequal>
    <output name="out" type="vector2" nodename="N_switch_vector2FA" />
  </nodegraph>
  <nodegraph name="NG_range_vector3FA" nodedef="ND_range_vector3FA">
    <remap name="N_remap1_vector3FA" type="vector3">
      <input name="in" type="vector3" interfacename="in" />
      <input name="inlow" type="float" interfacename="inlow" />
      <input name="inhigh" type="float" interfacename="inhigh" />
      <input name="outlow" type="float" value="0.0" />
      <input name="outhigh" type="float" value="1.0" />
    </remap>
    <divide name="N_recip_vector3FA" type="float">
      <input name="in1" type="float" value="1.0" />
      <input name="in2" type="float" interfacename="gamma" />
    </divide>
    <absval name="N_abs_vector3FA" type="vector3">
      <input name="in" type="vector3" nodename="N_remap1_vector3FA" />
    </absval>
    <power name="N_pow_vector3FA" type="vector3">
      <input name="in1" type="vector3" nodename="N_abs_vector3FA" />
      <input name="in2" type="float" nodename="N_recip_vector3FA" />
    </power>
    <sign name="N_sign_vector3FA" type="vector3">
      <input name="in" type="vector3" nodename="N_remap1_vector3FA" />
    </sign>
    <multiply name="N_gamma_vector3FA" type="vector3">
      <input name="in1" type="vector3" nodename="N_pow_vector3FA" />
      <input name="in2" type="vector3" nodename="N_sign_vector3FA" />
    </multiply>
    <remap name="N_remap2_vector3FA" type="vector3">
      <input name="in" type="vector3" nodename="N_gamma_vector3FA" />
      <input name="inlow" type="float" value="0.0" />
      <input name="inhigh" type="float" value="1.0" />
      <input name="outlow" type="float" interfacename="outlow" />
      <input name="outhigh" type="float" interfacename="outhigh" />
    </remap>
    <clamp name="N_clamp_vector3FA" type="vector3">
      <input name="in" type="vector3" nodename="N_remap2_vector3FA" />
      <input name="low" type="float" interfacename="outlow" />
      <input name="high" type="float" interfacename="outhigh" />
    </clamp>
    <ifequal name="N_switch_vector3FA" type="vector3">
      <input name="in1" type="vector3" nodename="N_clamp_vector3FA" />
      <input name="in2" type="vector3" nodename="N_remap2_vector3FA" />
      <input name="value1" type="boolean" interfacename="doclamp" />
      <input name="value2" type="boolean" value="true" />
    </ifequal>
    <output name="out" type="vector3" nodename="N_switch_vector3FA" />
  </nodegraph>
  <nodegraph name="NG_range_vector4FA" nodedef="ND_range_vector4FA">
    <remap name="N_remap1_vector4FA" type="vector4">
      <input name="in" type="vector4" interfacename="in" />
      <input name="inlow" type="float" interfacename="inlow" />
      <input name="inhigh" type="float" interfacename="inhigh" />
      <input name="outlow" type="float" value="0.0" />
      <input name="outhigh" type="float" value="1.0" />
    </remap>
    <divide name="N_recip_vector4FA" type="float">
      <input name="in1" type="float" value="1.0" />
      <input name="in2" type="float" interfacename="gamma" />
    </divide>
    <absval name="N_abs_vector4FA" type="vector4">
      <input name="in" type="vector4" nodename="N_remap1_vector4FA" />
    </absval>
    <power name="N_pow_vector4FA" type="vector4">
      <input name="in1" type="vector4" nodename="N_abs_vector4FA" />
      <input name="in2" type="float" nodename="N_recip_vector4FA" />
    </power>
    <sign name="N_sign_vector4FA" type="vector4">
      <input name="in" type="vector4" nodename="N_remap1_vector4FA" />
    </sign>
    <multiply name="N_gamma_vector4FA" type="vector4">
      <input name="in1" type="vector4" nodename="N_pow_vector4FA" />
      <input name="in2" type="vector4" nodename="N_sign_vector4FA" />
    </multiply>
    <remap name="N_remap2_vector4FA" type="vector4">
      <input name="in" type="vector4" nodename="N_gamma_vector4FA" />
      <input name="inlow" type="float" value="0.0" />
      <input name="inhigh" type="float" value="1.0" />
      <input name="outlow" type="float" interfacename="outlow" />
      <input name="outhigh" type="float" interfacename="outhigh" />
    </remap>
    <clamp name="N_clamp_vector4FA" type="vector4">
      <input name="in" type="vector4" nodename="N_remap2_vector4FA" />
      <input name="low" type="float" interfacename="outlow" />
      <input name="high" type="float" interfacename="outhigh" />
    </clamp>
    <ifequal name="N_switch_vector4FA" type="vector4">
      <input name="in1" type="vector4" nodename="N_clamp_vector4FA" />
      <input name="in2" type="vector4" nodename="N_remap2_vector4FA" />
      <input name="value1" type="boolean" interfacename="doclamp" />
      <input name="value2" type="boolean" value="true" />
    </ifequal>
    <output name="out" type="vector4" nodename="N_switch_vector4FA" />
  </nodegraph>
  <nodegraph name="NG_hsvadjust_color3" nodedef="ND_hsvadjust_color3">
    <rgbtohsv name="N_inhsv_color3" type="color3">
      <input name="in" type="color3" interfacename="in" />
    </rgbtohsv>
    <convert name="N_camount_color3" type="color3">
      <input name="in" type="vector3" interfacename="amount" />
    </convert>
    <multiply name="N_hchans_color3" type="color3">
      <input name="in1" type="color3" nodename="N_camount_color3" />
      <input name="in2" type="color3" value="1.0, 0.0, 0.0" />
    </multiply>
    <multiply name="N_tmp1_color3" type="color3">
      <input name="in1" type="color3" nodename="N_camount_color3" />
      <input name="in2" type="color3" value="0.0, 1.0, 1.0" />
    </multiply>
    <add name="N_svchans_color3" type="color3">
      <input name="in1" type="color3" nodename="N_tmp1_color3" />
      <input name="in2" type="color3" value="1.0, 0.0, 0.0" />
    </add>
    <add name="N_tmp2_color3" type="color3">
      <input name="in1" type="color3" nodename="N_inhsv_color3" />
      <input name="in2" type="color3" nodename="N_hchans_color3" />
    </add>
    <multiply name="N_tmp3_color3" type="color3">
      <input name="in1" type="color3" nodename="N_tmp2_color3" />
      <input name="in2" type="color3" nodename="N_svchans_color3" />
    </multiply>
    <hsvtorgb name="N_torgb_color3" type="color3">
      <input name="in" type="color3" nodename="N_tmp3_color3" />
    </hsvtorgb>
    <output name="out" type="color3" nodename="N_torgb_color3" />
  </nodegraph>
  <nodegraph name="NG_hsvadjust_color4" nodedef="ND_hsvadjust_color4">
    <rgbtohsv name="N_inhsv_color4" type="color4">
      <input name="in" type="color4" interfacename="in" />
    </rgbtohsv>
    <convert name="N_camt_color3" type="color3">
      <input name="in" type="vector3" interfacename="amount" />
    </convert>
    <convert name="N_camount_color4" type="color4">
      <input name="in" type="color3" nodename="N_camt_color3" />
    </convert>
    <multiply name="N_hchans_color4" type="color4">
      <input name="in1" type="color4" nodename="N_camount_color4" />
      <input name="in2" type="color4" value="1.0, 0.0, 0.0, 0.0" />
    </multiply>
    <multiply name="N_tmp1_color4" type="color4">
      <input name="in1" type="color4" nodename="N_camount_color4" />
      <input name="in2" type="color4" value="0.0, 1.0, 1.0, 0.0" />
    </multiply>
    <add name="N_svchans_color4" type="color4">
      <input name="in1" type="color4" nodename="N_tmp1_color4" />
      <input name="in2" type="color4" value="1.0, 0.0, 0.0, 1.0" />
    </add>
    <add name="N_tmp2_color4" type="color4">
      <input name="in1" type="color4" nodename="N_inhsv_color4" />
      <input name="in2" type="color4" nodename="N_hchans_color4" />
    </add>
    <multiply name="N_tmp3_color4" type="color4">
      <input name="in1" type="color4" nodename="N_tmp2_color4" />
      <input name="in2" type="color4" nodename="N_svchans_color4" />
    </multiply>
    <hsvtorgb name="N_torgb_color4" type="color4">
      <input name="in" type="color4" nodename="N_tmp3_color4" />
    </hsvtorgb>
    <output name="out" type="color4" nodename="N_torgb_color4" />
  </nodegraph>
  <nodegraph name="NG_saturate_color3" nodedef="ND_saturate_color3">
    <luminance name="N_gray_color3" type="color3">
      <input name="in" type="color3" interfacename="in" />
      <input name="lumacoeffs" type="color3" interfacename="lumacoeffs" />
    </luminance>
    <mix name="N_mix_color3" type="color3">
      <input name="bg" type="color3" nodename="N_gray_color3" />
      <input name="fg" type="color3" interfacename="in" />
      <input name="mix" type="float" interfacename="amount" />
    </mix>
    <output name="out" type="color3" nodename="N_mix_color3" />
  </nodegraph>
  <nodegraph name="NG_saturate_color4" nodedef="ND_saturate_color4">
    <luminance name="N_gray_color4" type="color4">
      <input name="in" type="color4" interfacename="in" />
      <input name="lumacoeffs" type="color3" interfacename="lumacoeffs" />
    </luminance>
    <mix name="N_mix_color4" type="color4">
      <input name="bg" type="color4" nodename="N_gray_color4" />
      <input name="fg" type="color4" interfacename="in" />
      <input name="mix" type="float" interfacename="amount" />
    </mix>
    <output name="out" type="color4" nodename="N_mix_color4" />
  </nodegraph>
  <nodegraph name="NG_colorcorrect_color3" nodedef="ND_colorcorrect_color3">
    <multiply name="N_exposure" type="color3">
      <input name="in1" type="color3" nodename="N_contrast" />
      <input name="in2" type="float" nodename="N_exposurepwr" />
    </multiply>
    <contrast name="N_contrast" type="color3">
      <input name="in" type="color3" nodename="N_gain" />
      <input name="amount" type="float" interfacename="contrast" />
      <input name="pivot" type="float" interfacename="contrastpivot" />
    </contrast>
    <power name="N_exposurepwr" type="float">
      <input name="in2" type="float" interfacename="exposure" />
      <input name="in1" type="float" value="2" />
    </power>
    <multiply name="N_gain" type="color3">
      <input name="in1" type="color3" nodename="N_liftadd" />
      <input name="in2" type="float" interfacename="gain" />
    </multiply>
    <add name="N_liftadd" type="color3">
      <input name="in1" type="color3" nodename="N_liftmult" />
      <input name="in2" type="float" interfacename="lift" />
    </add>
    <multiply name="N_liftmult" type="color3">
      <input name="in1" type="color3" nodename="N_gamma" />
      <input name="in2" type="float" nodename="N_liftsubtract" />
    </multiply>
    <range name="N_gamma" type="color3">
      <input name="in" type="color3" nodename="N_saturation" />
      <input name="gamma" type="float" interfacename="gamma" />
      <input name="inlow" type="float" value="0" />
      <input name="inhigh" type="float" value="1" />
      <input name="outlow" type="float" value="0" />
      <input name="outhigh" type="float" value="1" />
      <input name="doclamp" type="boolean" value="false" />
    </range>
    <subtract name="N_liftsubtract" type="float">
      <input name="in2" type="float" interfacename="lift" />
      <input name="in1" type="float" value="1" />
    </subtract>
    <saturate name="N_saturation" type="color3">
      <input name="in" type="color3" nodename="N_hsvadjust" />
      <input name="amount" type="float" interfacename="saturation" />
    </saturate>
    <hsvadjust name="N_hsvadjust" type="color3">
      <input name="in" type="color3" interfacename="in" />
      <input name="amount" type="vector3" nodename="N_parm2hue" />
    </hsvadjust>
    <combine3 name="N_parm2hue" type="vector3">
      <input name="in1" type="float" interfacename="hue" />
      <input name="in2" type="float" value="1" />
      <input name="in3" type="float" value="1" />
    </combine3>
    <output name="out" type="color3" nodename="N_exposure" />
  </nodegraph>
  <nodegraph name="NG_colorcorrect_color4" nodedef="ND_colorcorrect_color4">
    <separate4 name="N_split_color4" type="multioutput">
      <input name="in" type="color4" interfacename="in" />
    </separate4>
    <combine3 name="N_combine_color" type="color3">
      <input name="in1" type="float" nodename="N_split_color4" output="outr" />
      <input name="in2" type="float" nodename="N_split_color4" output="outg" />
      <input name="in3" type="float" nodename="N_split_color4" output="outb" />
    </combine3>
    <colorcorrect name="N_colorcorrect" type="color3">
      <input name="in" type="color3" nodename="N_combine_color" />
      <input name="hue" type="float" interfacename="hue" />
      <input name="saturation" type="float" interfacename="saturation" />
      <input name="gamma" type="float" interfacename="gamma" />
      <input name="lift" type="float" interfacename="lift" />
      <input name="gain" type="float" interfacename="gain" />
      <input name="contrast" type="float" interfacename="contrast" />
      <input name="contrastpivot" type="float" interfacename="contrastpivot" />
      <input name="exposure" type="float" interfacename="exposure" />
    </colorcorrect>
    <separate3 name="N_split_color" type="multioutput">
      <input name="in" type="color3" nodename="N_colorcorrect" />
    </separate3>
    <combine4 name="N_combine_with_alpha" type="color4">
      <input name="in1" type="float" nodename="N_split_color" output="outr" />
      <input name="in2" type="float" nodename="N_split_color" output="outg" />
      <input name="in3" type="float" nodename="N_split_color" output="outb" />
      <input name="in4" type="float" nodename="N_split_color4" output="outa" />
    </combine4>
    <output name="out" type="color4" nodename="N_combine_with_alpha" />
  </nodegraph>
  <nodegraph name="NG_convert_color3_surfaceshader" nodedef="ND_convert_color3_surfaceshader">
    <surface_unlit name="surface" type="surfaceshader">
      <input name="emission_color" type="color3" interfacename="in" />
    </surface_unlit>
    <output name="out" type="surfaceshader" nodename="surface" />
  </nodegraph>
  <nodegraph name="NG_convert_color4_surfaceshader" nodedef="ND_convert_color4_surfaceshader">
    <surface_unlit name="surface" type="surfaceshader">
      <input name="emission_color" type="color3" nodename="convert" />
      <input name="opacity" type="float" nodename="extract" />
    </surface_unlit>
    <extract name="extract" type="float">
      <input name="in" type="color4" interfacename="in" />
      <input name="index" type="integer" uniform="true" value="3" />
    </extract>
    <convert name="convert" type="color3">
      <input name="in" type="color4" interfacename="in" />
    </convert>
    <output name="out" type="surfaceshader" nodename="surface" />
  </nodegraph>
  <nodegraph name="NG_convert_float_surfaceshader" nodedef="ND_convert_float_surfaceshader">
    <convert name="float_to_color3" type="color3">
      <input name="in" type="float" interfacename="in" />
    </convert>
    <surface_unlit name="surface" type="surfaceshader">
      <input name="emission_color" type="color3" nodename="float_to_color3" />
    </surface_unlit>
    <output name="out" type="surfaceshader" nodename="surface" />
  </nodegraph>
  <nodegraph name="NG_convert_vector2_surfaceshader" nodedef="ND_convert_vector2_surfaceshader">
    <surface_unlit name="surface" type="surfaceshader">
      <input name="emission_color" type="color3" nodename="vec3_to_color3" />
    </surface_unlit>
    <convert name="vec2_to_vec3" type="vector3">
      <input name="in" type="vector2" interfacename="in" />
    </convert>
    <convert name="vec3_to_color3" type="color3">
      <input name="in" type="vector3" nodename="vec2_to_vec3" />
    </convert>
    <output name="out" type="surfaceshader" nodename="surface" />
  </nodegraph>
  <nodegraph name="NG_convert_vector3_surfaceshader" nodedef="ND_convert_vector3_surfaceshader">
    <surface_unlit name="surface" type="surfaceshader">
      <input name="emission_color" type="color3" nodename="vec3_to_color3" />
    </surface_unlit>
    <convert name="vec3_to_color3" type="color3">
      <input name="in" type="vector3" interfacename="in" />
    </convert>
    <output name="out" type="surfaceshader" nodename="surface" />
  </nodegraph>
  <nodegraph name="NG_convert_vector4_surfaceshader" nodedef="ND_convert_vector4_surfaceshader">
    <surface_unlit name="surface" type="surfaceshader">
      <input name="emission_color" type="color3" nodename="color4_to_color3" />
      <input name="opacity" type="float" nodename="color4_to_float" />
    </surface_unlit>
    <convert name="vec4_to_color4" type="color4">
      <input name="in" type="vector4" interfacename="in" />
    </convert>
    <extract name="color4_to_float" type="float">
      <input name="in" type="color4" nodename="vec4_to_color4" />
      <input name="index" type="integer" uniform="true" value="3" />
    </extract>
    <convert name="color4_to_color3" type="color3">
      <input name="in" type="color4" nodename="vec4_to_color4" />
    </convert>
    <output name="out" type="surfaceshader" nodename="surface" />
  </nodegraph>
  <nodegraph name="NG_convert_integer_surfaceshader" nodedef="ND_convert_integer_surfaceshader">
    <convert name="int_to_float" type="float">
      <input name="in" type="integer" interfacename="in" />
    </convert>
    <convert name="float_to_color3" type="color3">
      <input name="in" type="float" nodename="int_to_float" />
    </convert>
    <surface_unlit name="surface" type="surfaceshader">
      <input name="emission_color" type="color3" nodename="float_to_color3" />
    </surface_unlit>
    <output name="out" type="surfaceshader" nodename="surface" />
  </nodegraph>
  <nodegraph name="NG_convert_boolean_surfaceshader" nodedef="ND_convert_boolean_surfaceshader">
    <convert name="bool_to_float" type="float">
      <input name="in" type="boolean" interfacename="in" />
    </convert>
    <convert name="float_to_color3" type="color3">
      <input name="in" type="float" nodename="bool_to_float" />
    </convert>
    <surface_unlit name="surface" type="surfaceshader">
      <input name="emission_color" type="color3" nodename="float_to_color3" />
    </surface_unlit>
    <output name="out" type="surfaceshader" nodename="surface" />
  </nodegraph>
  <nodegraph name="NG_extract_vector2" nodedef="ND_extract_vector2">
    <swizzle name="N_x_vector2" type="float">
      <input name="in" type="vector2" interfacename="in" />
      <input name="channels" type="string" value="x" />
    </swizzle>
    <swizzle name="N_y_vector2" type="float">
      <input name="in" type="vector2" interfacename="in" />
      <input name="channels" type="string" value="y" />
    </swizzle>
    <switch name="N_sw_vector2" type="float">
      <input name="in1" type="float" nodename="N_x_vector2" />
      <input name="in2" type="float" nodename="N_y_vector2" />
      <input name="which" type="integer" interfacename="index" />
    </switch>
    <output name="out" type="float" nodename="N_sw_vector2" />
  </nodegraph>
  <nodegraph name="NG_extract_color3" nodedef="ND_extract_color3">
    <swizzle name="N_r_color3" type="float">
      <input name="in" type="color3" interfacename="in" />
      <input name="channels" type="string" value="r" />
    </swizzle>
    <swizzle name="N_g_color3" type="float">
      <input name="in" type="color3" interfacename="in" />
      <input name="channels" type="string" value="g" />
    </swizzle>
    <swizzle name="N_b_color3" type="float">
      <input name="in" type="color3" interfacename="in" />
      <input name="channels" type="string" value="b" />
    </swizzle>
    <switch name="N_sw_color3" type="float">
      <input name="in1" type="float" nodename="N_r_color3" />
      <input name="in2" type="float" nodename="N_g_color3" />
      <input name="in3" type="float" nodename="N_b_color3" />
      <input name="which" type="integer" interfacename="index" />
    </switch>
    <output name="out" type="float" nodename="N_sw_color3" />
  </nodegraph>
  <nodegraph name="NG_extract_vector3" nodedef="ND_extract_vector3">
    <swizzle name="N_x_vector3" type="float">
      <input name="in" type="vector3" interfacename="in" />
      <input name="channels" type="string" value="x" />
    </swizzle>
    <swizzle name="N_y_vector3" type="float">
      <input name="in" type="vector3" interfacename="in" />
      <input name="channels" type="string" value="y" />
    </swizzle>
    <swizzle name="N_z_vector3" type="float">
      <input name="in" type="vector3" interfacename="in" />
      <input name="channels" type="string" value="z" />
    </swizzle>
    <switch name="N_sw_vector3" type="float">
      <input name="in1" type="float" nodename="N_x_vector3" />
      <input name="in2" type="float" nodename="N_y_vector3" />
      <input name="in3" type="float" nodename="N_z_vector3" />
      <input name="which" type="integer" interfacename="index" />
    </switch>
    <output name="out" type="float" nodename="N_sw_vector3" />
  </nodegraph>
  <nodegraph name="NG_extract_color4" nodedef="ND_extract_color4">
    <swizzle name="N_r_color4" type="float">
      <input name="in" type="color4" interfacename="in" />
      <input name="channels" type="string" value="r" />
    </swizzle>
    <swizzle name="N_g_color4" type="float">
      <input name="in" type="color4" interfacename="in" />
      <input name="channels" type="string" value="g" />
    </swizzle>
    <swizzle name="N_b_color4" type="float">
      <input name="in" type="color4" interfacename="in" />
      <input name="channels" type="string" value="b" />
    </swizzle>
    <swizzle name="N_a_color4" type="float">
      <input name="in" type="color4" interfacename="in" />
      <input name="channels" type="string" value="a" />
    </swizzle>
    <switch name="N_sw_color4" type="float">
      <input name="in1" type="float" nodename="N_r_color4" />
      <input name="in2" type="float" nodename="N_g_color4" />
      <input name="in3" type="float" nodename="N_b_color4" />
      <input name="in4" type="float" nodename="N_a_color4" />
      <input name="which" type="integer" interfacename="index" />
    </switch>
    <output name="out" type="float" nodename="N_sw_color4" />
  </nodegraph>
  <nodegraph name="NG_extract_vector4" nodedef="ND_extract_vector4">
    <swizzle name="N_x_vector4" type="float">
      <input name="in" type="vector4" interfacename="in" />
      <input name="channels" type="string" value="x" />
    </swizzle>
    <swizzle name="N_y_vector4" type="float">
      <input name="in" type="vector4" interfacename="in" />
      <input name="channels" type="string" value="y" />
    </swizzle>
    <swizzle name="N_z_vector4" type="float">
      <input name="in" type="vector4" interfacename="in" />
      <input name="channels" type="string" value="z" />
    </swizzle>
    <swizzle name="N_w_vector4" type="float">
      <input name="in" type="vector4" interfacename="in" />
      <input name="channels" type="string" value="w" />
    </swizzle>
    <switch name="N_sw_vector4" type="float">
      <input name="in1" type="float" nodename="N_x_vector4" />
      <input name="in2" type="float" nodename="N_y_vector4" />
      <input name="in3" type="float" nodename="N_z_vector4" />
      <input name="in4" type="float" nodename="N_w_vector4" />
      <input name="which" type="integer" interfacename="index" />
    </switch>
    <output name="out" type="float" nodename="N_sw_vector4" />
  </nodegraph>
  <nodegraph name="NG_separate2_vector2" nodedef="ND_separate2_vector2">
    <swizzle name="N_x_vector2" type="float">
      <input name="in" type="vector2" interfacename="in" />
      <input name="channels" type="string" value="x" />
    </swizzle>
    <swizzle name="N_y_vector2" type="float">
      <input name="in" type="vector2" interfacename="in" />
      <input name="channels" type="string" value="y" />
    </swizzle>
    <output name="outx" type="float" nodename="N_x_vector2" />
    <output name="outy" type="float" nodename="N_y_vector2" />
  </nodegraph>
  <nodegraph name="NG_separate3_color3" nodedef="ND_separate3_color3">
    <swizzle name="N_r_color3" type="float">
      <input name="in" type="color3" interfacename="in" />
      <input name="channels" type="string" value="r" />
    </swizzle>
    <swizzle name="N_g_color3" type="float">
      <input name="in" type="color3" interfacename="in" />
      <input name="channels" type="string" value="g" />
    </swizzle>
    <swizzle name="N_b_color3" type="float">
      <input name="in" type="color3" interfacename="in" />
      <input name="channels" type="string" value="b" />
    </swizzle>
    <output name="outr" type="float" nodename="N_r_color3" />
    <output name="outg" type="float" nodename="N_g_color3" />
    <output name="outb" type="float" nodename="N_b_color3" />
  </nodegraph>
  <nodegraph name="NG_separate3_vector3" nodedef="ND_separate3_vector3">
    <swizzle name="N_x_vector3" type="float">
      <input name="in" type="vector3" interfacename="in" />
      <input name="channels" type="string" value="x" />
    </swizzle>
    <swizzle name="N_y_vector3" type="float">
      <input name="in" type="vector3" interfacename="in" />
      <input name="channels" type="string" value="y" />
    </swizzle>
    <swizzle name="N_z_vector3" type="float">
      <input name="in" type="vector3" interfacename="in" />
      <input name="channels" type="string" value="z" />
    </swizzle>
    <output name="outx" type="float" nodename="N_x_vector3" />
    <output name="outy" type="float" nodename="N_y_vector3" />
    <output name="outz" type="float" nodename="N_z_vector3" />
  </nodegraph>
  <nodegraph name="NG_separate4_color4" nodedef="ND_separate4_color4">
    <swizzle name="N_r_color4" type="float">
      <input name="in" type="color4" interfacename="in" />
      <input name="channels" type="string" value="r" />
    </swizzle>
    <swizzle name="N_g_color4" type="float">
      <input name="in" type="color4" interfacename="in" />
      <input name="channels" type="string" value="g" />
    </swizzle>
    <swizzle name="N_b_color4" type="float">
      <input name="in" type="color4" interfacename="in" />
      <input name="channels" type="string" value="b" />
    </swizzle>
    <swizzle name="N_a_color4" type="float">
      <input name="in" type="color4" interfacename="in" />
      <input name="channels" type="string" value="a" />
    </swizzle>
    <output name="outr" type="float" nodename="N_r_color4" />
    <output name="outg" type="float" nodename="N_g_color4" />
    <output name="outb" type="float" nodename="N_b_color4" />
    <output name="outa" type="float" nodename="N_a_color4" />
  </nodegraph>
  <nodegraph name="NG_separate4_vector4" nodedef="ND_separate4_vector4">
    <swizzle name="N_x_vector4" type="float">
      <input name="in" type="vector4" interfacename="in" />
      <input name="channels" type="string" value="x" />
    </swizzle>
    <swizzle name="N_y_vector4" type="float">
      <input name="in" type="vector4" interfacename="in" />
      <input name="channels" type="string" value="y" />
    </swizzle>
    <swizzle name="N_z_vector4" type="float">
      <input name="in" type="vector4" interfacename="in" />
      <input name="channels" type="string" value="z" />
    </swizzle>
    <swizzle name="N_w_vector4" type="float">
      <input name="in" type="vector4" interfacename="in" />
      <input name="channels" type="string" value="w" />
    </swizzle>
    <output name="outx" type="float" nodename="N_x_vector4" />
    <output name="outy" type="float" nodename="N_y_vector4" />
    <output name="outz" type="float" nodename="N_z_vector4" />
    <output name="outw" type="float" nodename="N_w_vector4" />
  </nodegraph>
  <!-- Functional graph implementation of custom marble: mymarble -->
  <nodegraph name="NG_mymarble" nodedef="ND_mymarble">
    <position name="obj_pos" type="vector3" />
    <dotproduct name="add_xyz" type="float">
      <input name="in1" type="vector3" nodename="obj_pos" />
      <input name="in2" type="vector3" value="1, 1, 1" />
    </dotproduct>
    <multiply name="scale_xyz" type="float">
      <input name="in1" type="float" nodename="add_xyz" />
      <input name="in2" type="float" interfacename="noise_scale_1" />
    </multiply>
    <multiply name="scale_pos" type="vector3">
      <input name="in1" type="vector3" nodename="obj_pos" />
      <input name="in2" type="float" interfacename="noise_scale_2" />
    </multiply>
    <fractal3d name="noise" type="float">
      <input name="octaves" type="integer" interfacename="noise_octaves" />
      <input name="position" type="vector3" nodename="scale_pos" />
    </fractal3d>
    <multiply name="scale_noise" type="float">
      <input name="in1" type="float" nodename="noise" />
      <input name="in2" type="float" value="3.0" />
    </multiply>
    <add name="sum" type="float">
      <input name="in1" type="float" nodename="scale_xyz" />
      <input name="in2" type="float" nodename="scale_noise" />
    </add>
    <sin name="sin" type="float">
      <input name="in" type="float" nodename="sum" />
    </sin>
    <multiply name="scale" type="float">
      <input name="in1" type="float" nodename="sin" />
      <input name="in2" type="float" value="0.5" />
    </multiply>
    <add name="bias" type="float">
      <input name="in1" type="float" nodename="scale" />
      <input name="in2" type="float" value="0.5" />
    </add>
    <power name="power" type="float">
      <input name="in1" type="float" nodename="bias" />
      <input name="in2" type="float" interfacename="noise_power" />
    </power>
    <mix name="color_mix" type="color3">
      <input name="bg" type="color3" interfacename="base_color_1" />
      <input name="fg" type="color3" interfacename="base_color_2" />
      <input name="mix" type="float" nodename="power" />
    </mix>
    <output name="out" type="color3" nodename="color_mix" />
  </nodegraph>
</materialx>

Functional graph added to: libraries\stdlib\stdlib_ng.mtlx
Definition added to: libraries\stdlib\stdlib_defs.mtlx

Example 2: Definition with Source Code Implementation

In this example we take the previous custom myadd definition and add it's definition to the stdlib definition file and add all of it's implementations to the appropriate per target implementation files.

The utility addDefinitionToDocument() is a variant on the one used for functional graphs. It adds to the definition document and all per-target implementation documents (instead of the functional graph document).

def addDefinitionToDocument(definition, impls, defDoc, implDocs, defComment='', implComment=''):
    '''
    Copy a definition and implementations to a new document.
    
    '''
    if definition and impls and defDoc and implDocs:

        # Add definition comment
        if defComment:
            comment = defDoc.addChildOfCategory('comment')
            comment.setDocString(defComment)                 

        # Create a new definition, and copy the content over. Make sure
        # to use the existing name and category.
        newDef = defDoc.addNodeDef(definition.getName(), '', definition.getCategory())
        newDef.copyContentFrom(definition)        

        # Add implementations to appropriate implementation documents
        for impl, implDoc in zip(impls, implDocs):

            if not implDoc:
                continue

            # Add impl comment
            if implComment:
                comment = implDoc.addChildOfCategory('comment')
                comment.setDocString(implComment)                 

            # Create a new graph and copy the contents over. This will result in a functional graph.
            # Use the definiton document if no graph document specified
            newImpl = implDoc.addImplementation(impl.getName())
            newImpl.copyContentFrom(impl)

if inlined_impls:
    implDocs = []
    skipped_targets = []
    for implFilePath, target in zip(implFilePaths, targets):
        implFilePath = mx.FilePath(defaultLibFolder[0]) / implFilePath
        implDoc = mx.createDocument()
        try:
            mx.readFromXmlFile(implDoc, implFilePath, defaultSearchPath)
            implDocs.append(implDoc)
        except mx.ExceptionFileMissing as err:
            implDocs.append(implDoc)
            skipped_targets.append(target)
            print('No target (%s) impl file to append to %s' % (target, implFilePath.asString()))
        
    addDefinitionToDocument(inline_definition, inlined_impls, defDoc, implDocs, 'Custom add definition (mxadd)', 'Custom add implementation (mxadd)')

    # Examine the definition document
    documentContents = mx.writeToXmlString(defDoc, writeOptions)
    text = '<details><summary>Standard Libray Definitions with New Definition</summary>\n\n' + '```xml\n' + documentContents + '```\n' + '</details>\n' 
    display_markdown(text , raw=True) 

    findDef = defDoc.getNodeDef(inline_definition.getName())
    if findDef:
        print('Definition %s added to: %s' % (inline_definition.getName(), defFilePath.asString()))
        defDoc.removeChild(inline_definition.getName())
        findDef = defDoc.getNodeGraph(inline_definition.getName())

    # Examine the implementation documents
    for implDoc, inline_impl, target in zip(implDocs, inlined_impls, targets):
        if target in skipped_targets:
            continue

        documentContents = mx.writeToXmlString(implDoc, writeOptions)
        text = '<details><summary>Implementation for target ' + target + '</summary>\n\n' + '```xml\n' + documentContents + '```\n' + '</details>\n' 
        display_markdown(text , raw=True)  

        implName = inline_impl.getName()
        if implDoc.getImplementation(implName):
            print('- Source implementation added: %s' % implName)
            implDoc.removeChild(implName)

Standard Libray Definitions with New Definition

<?xml version="1.0"?>
<materialx version="1.38">
  <typedef name="boolean" />
  <typedef name="integer" />
  <typedef name="float" />
  <typedef name="color3" semantic="color" />
  <typedef name="color4" semantic="color" />
  <typedef name="vector2" />
  <typedef name="vector3" />
  <typedef name="vector4" />
  <typedef name="matrix33" />
  <typedef name="matrix44" />
  <typedef name="string" />
  <typedef name="filename" />
  <typedef name="geomname" />
  <typedef name="surfaceshader" semantic="shader" context="surface" />
  <typedef name="displacementshader" semantic="shader" context="displacement" />
  <typedef name="volumeshader" semantic="shader" context="volume" />
  <typedef name="lightshader" semantic="shader" context="light" />
  <typedef name="material" semantic="material" />
  <typedef name="none" />
  <typedef name="integerarray" />
  <typedef name="floatarray" />
  <typedef name="color3array" semantic="color" />
  <typedef name="color4array" semantic="color" />
  <typedef name="vector2array" />
  <typedef name="vector3array" />
  <typedef name="vector4array" />
  <typedef name="stringarray" />
  <typedef name="geomnamearray" />
  <unittypedef name="distance" />
  <unitdef name="UD_stdlib_distance" unittype="distance">
    <unit name="nanometer" scale="0.000000001" />
    <unit name="micron" scale="0.000001" />
    <unit name="millimeter" scale="0.001" />
    <unit name="centimeter" scale="0.01" />
    <unit name="inch" scale="0.0254" />
    <unit name="foot" scale="0.3048" />
    <unit name="yard" scale="0.9144" />
    <unit name="meter" scale="1.0" />
    <unit name="kilometer" scale="1000.0" />
    <unit name="mile" scale="1609.344" />
  </unitdef>
  <unittypedef name="angle" />
  <unitdef name="UD_stdlib_angle" unittype="angle">
    <unit name="degree" scale="1.0" />
    <unit name="radian" scale="57.295779513" />
  </unitdef>
  <geompropdef name="Pobject" type="vector3" geomprop="position" space="object" />
  <geompropdef name="Nobject" type="vector3" geomprop="normal" space="object" />
  <geompropdef name="Tobject" type="vector3" geomprop="tangent" space="object" index="0" />
  <geompropdef name="Bobject" type="vector3" geomprop="bitangent" space="object" index="0" />
  <geompropdef name="Pworld" type="vector3" geomprop="position" space="world" />
  <geompropdef name="Nworld" type="vector3" geomprop="normal" space="world" />
  <geompropdef name="Tworld" type="vector3" geomprop="tangent" space="world" index="0" />
  <geompropdef name="Bworld" type="vector3" geomprop="bitangent" space="world" index="0" />
  <geompropdef name="UV0" type="vector2" geomprop="texcoord" index="0" />
  <nodedef name="ND_surfacematerial" node="surfacematerial" nodegroup="material">
    <input name="surfaceshader" type="surfaceshader" value="" />
    <input name="displacementshader" type="displacementshader" value="" />
    <output name="out" type="material" />
  </nodedef>
  <nodedef name="ND_volumematerial" node="volumematerial" nodegroup="material">
    <input name="volumeshader" type="volumeshader" value="" />
    <output name="out" type="material" />
  </nodedef>
  <nodedef name="ND_surface_unlit" node="surface_unlit" nodegroup="shader" doc="Construct a surface shader from emission and transmission values.">
    <input name="emission" type="float" value="1.0" doc="Surface emission amount." />
    <input name="emission_color" type="color3" value="1,1,1" doc="Surface emission color." />
    <input name="transmission" type="float" value="0.0" doc="Surface transmission amount." />
    <input name="transmission_color" type="color3" value="1,1,1" doc="Surface transmission color." />
    <input name="opacity" type="float" value="1.0" doc="Surface cutout opacity." />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_image_float" node="image" nodegroup="texture2d">
    <input name="file" type="filename" value="" uiname="Filename" uniform="true" />
    <input name="layer" type="string" value="" uiname="Layer" uniform="true" />
    <input name="default" type="float" value="0.0" uiname="Default Color" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" uiname="Texture Coordinates" />
    <input name="uaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode U" uniform="true" />
    <input name="vaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode V" uniform="true" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uiname="Filter Type" uniform="true" />
    <input name="framerange" type="string" value="" uiname="Frame Range" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uiname="Frame Offset" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uiname="Frame End Action" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_image_color3" node="image" nodegroup="texture2d">
    <input name="file" type="filename" value="" uiname="Filename" uniform="true" />
    <input name="layer" type="string" value="" uiname="Layer" uniform="true" />
    <input name="default" type="color3" value="0.0, 0.0, 0.0" uiname="Default Color" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" uiname="Texture Coordinates" />
    <input name="uaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode U" uniform="true" />
    <input name="vaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode V" uniform="true" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uiname="Filter Type" uniform="true" />
    <input name="framerange" type="string" value="" uiname="Frame Range" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uiname="Frame Offset" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uiname="Frame End Action" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_image_color4" node="image" nodegroup="texture2d">
    <input name="file" type="filename" value="" uiname="Filename" uniform="true" />
    <input name="layer" type="string" value="" uiname="Layer" uniform="true" />
    <input name="default" type="color4" value="0.0, 0.0, 0.0, 0.0" uiname="Default Color" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" uiname="Texture Coordinates" />
    <input name="uaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode U" uniform="true" />
    <input name="vaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode V" uniform="true" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uiname="Filter Type" uniform="true" />
    <input name="framerange" type="string" value="" uiname="Frame Range" uniform="true" />
    <input name="frameoffset" type="integer" value="0" uiname="Frame Offset" uniform="true" />
    <input name="frameendaction" type="string" value="constant" enum="constant,clamp,periodic,mirror" uiname="Frame End Action" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_image_vector2" node="image" nodegroup="texture2d">
    <input name="file" type="filename" value="" uiname="Filename" uniform="true" />
    <input name="layer" type="string" value="" uiname="Layer" uniform="true" />
    <input name="default" type="vector2" value="0.0, 0.0" uiname="Default Color" />
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" uiname="Texture Coordinates" />
    <input name="uaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode U" uniform="true" />
    <input name="vaddressmode" type="string" value="periodic" enum="constant,clamp,periodic,mirror" uiname="Address Mode V" uniform="true" />
    <input name="filtertype" type="string" value="linear" enum="closest,linear,cubic" uiname="Filter Type" uniform="true" />
    <input name="framerange" type="string" value="" uiname="Frame Range" uniform="true" />
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    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_vector4" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="vector4" value="1.0, 1.0, 1.0, 1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_color3FA" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_color4FA" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_vector2FA" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_vector3FA" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_fractal3d_vector4FA" node="fractal3d" nodegroup="procedural3d">
    <input name="amplitude" type="float" value="1.0" />
    <input name="octaves" type="integer" value="3" />
    <input name="lacunarity" type="float" value="2.0" />
    <input name="diminish" type="float" value="0.5" />
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_cellnoise2d_float" node="cellnoise2d" nodegroup="procedural2d">
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_cellnoise3d_float" node="cellnoise3d" nodegroup="procedural3d">
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_worleynoise2d_float" node="worleynoise2d" nodegroup="procedural2d">
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" />
    <input name="jitter" type="float" value="1.0" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_worleynoise2d_vector2" node="worleynoise2d" nodegroup="procedural2d">
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" />
    <input name="jitter" type="float" value="1.0" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_worleynoise2d_vector3" node="worleynoise2d" nodegroup="procedural2d">
    <input name="texcoord" type="vector2" defaultgeomprop="UV0" />
    <input name="jitter" type="float" value="1.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_worleynoise3d_float" node="worleynoise3d" nodegroup="procedural3d">
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <input name="jitter" type="float" value="1.0" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_worleynoise3d_vector2" node="worleynoise3d" nodegroup="procedural3d">
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <input name="jitter" type="float" value="1.0" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_worleynoise3d_vector3" node="worleynoise3d" nodegroup="procedural3d">
    <input name="position" type="vector3" defaultgeomprop="Pobject" />
    <input name="jitter" type="float" value="1.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_unifiednoise2d_float" node="unifiednoise2d" nodegroup="procedural2d">
    <input name="texcoord" type="vector2" uifolder="Common" defaultgeomprop="UV0" doc="The input 2d space. Default is the first texture coordinates." />
    <input name="freq" type="vector2" uiname="Frequency" uifolder="Common" value="1, 1" doc="Adjusts the noise frequency, with higher values producing smaller noise shapes. Default is (1,1)." />
    <input name="offset" type="vector2" uiname="Offset" uifolder="Common" value="0, 0" doc="Shift the noise in 2d space. Default is (0,0)." />
    <input name="jitter" type="float" uiname="Jitter" uifolder="Common" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Adjust uniformity of Worley noise; for other noise types jitters the results." />
    <input name="outmin" type="float" uiname="Output Min" uifolder="Post Process" value="0" doc="The lowest values fit to the noise. Default is 0.0." />
    <input name="outmax" type="float" uiname="Output Max" uifolder="Post Process" value="1" doc="The highest values fit to the noise. Default is 1.0." />
    <input name="clampoutput" type="boolean" uiname="Clamp Output" uifolder="Post Process" value="true" doc="Clamp the output to the min and max output values." />
    <input name="octaves" type="integer" uiname="Octaves" uifolder="Fractal" value="3" doc="The number of octaves of Fractal noise to be generated. Default is 3." />
    <input name="lacunarity" type="float" uiname="Lacunarity" uifolder="Fractal" value="2" doc="The exponential scale between successive octaves of Fractal noise. Default is 2.0." />
    <input name="diminish" type="float" uiname="Diminish" uifolder="Fractal" uisoftmin="0.0" uisoftmax="1.0" value="0.5" doc="The rate at which noise amplitude is diminished for each octave of Fractal noise. Default is 0.5." />
    <input name="type" type="integer" uiname="Noise Type" uifolder="Common" uisoftmin="0" uisoftmax="3" value="0" enum="Perlin,Cell,Worley,Fractal" enumvalues="0,1,2,3" doc="Menu to select the type of noise: Perlin, Cell, Worley, or Fractal. Default is Perlin." />
    <output name="out" type="float" />
  </nodedef>
  <nodedef name="ND_unifiednoise3d_float" node="unifiednoise3d" nodegroup="procedural3d">
    <input name="position" type="vector3" uifolder="Common" defaultgeomprop="Pobject" doc="The input 3d space. Default is position in object-space." />
    <input name="freq" type="vector3" uiname="Frequency" uifolder="Common" value="1, 1, 1" doc="Adjusts the noise frequency, with higher values producing smaller noise shapes. Default is (1,1,1)." />
    <input name="offset" type="vector3" uiname="Offset" uifolder="Common" value="0, 0, 0" doc="Shift the noise in 3d space. Default is (0,0,0)." />
    <input name="jitter" type="float" uiname="Jitter" uifolder="Common" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Adjust uniformity of Worley noise; for other noise types jitters the results." />
    <input name="outmin" type="float" uiname="Output Min" uifolder="Post Process" value="0" doc="The lowest values fit to the noise. Default is 0.0." />
    <input name="outmax" type="float" uiname="Output Max" uifolder="Post Process" value="1" doc="The highest values fit to the noise. Default is 1.0." />
    <input name="clampoutput" type="boolean" uiname="Clamp Output" uifolder="Post Process" value="true" doc="Clamp the output to the min and max output values." />
    <input name="octaves" type="integer" uiname="Octaves" uifolder="Fractal" value="3" doc="The number of octaves of Fractal noise to be generated. Default is 3." />
    <input name="lacunarity" type="float" uiname="Lacunarity" uifolder="Fractal" value="2" doc="The exponential scale between successive octaves of Fractal noise. Default is 2.0." />
    <input name="diminish" type="float" uiname="Diminish" uifolder="Fractal" uisoftmin="0.0" uisoftmax="1.0" value="0.5" doc="The rate at which noise amplitude is diminished for each octave of Fractal noise. Default is 0.5." />
    <input name="type" type="integer" uiname="Noise Type" uifolder="Common" uisoftmin="0" uisoftmax="3" value="0" enum="Perlin,Cell,Worley,Fractal" enumvalues="0,1,2,3" doc="Menu to select the type of noise: Perlin, Cell, Worley, or Fractal. Default is Perlin." />
    <output name="out" type="float" />
  </nodedef>
  <nodedef name="ND_checkerboard_color3" node="checkerboard" nodegroup="procedural2d">
    <input name="color1" type="color3" uiname="Color 1" value="1.0, 1.0, 1.0" doc="The first color used in the checkerboard pattern." />
    <input name="color2" type="color3" uiname="Color 2" value="0.0, 0.0, 0.0" doc="The second color used in the checkerboard pattern." />
    <input name="freq" type="vector2" uiname="Frequency" value="8, 8" doc="The frequency of checkers, with higher values producing smaller squares. Default is (8, 8)." />
    <input name="offset" type="vector2" uiname="Offset" value="0, 0" doc="Shift the pattern in 2d space. Default is (0, 0)." />
    <input name="texcoord" type="vector2" uiname="Texture Coordinates" defaultgeomprop="UV0" doc="The input 2d space. Default is the first texture coordinates." />
    <output name="out" type="color3" />
  </nodedef>
  <nodedef name="ND_position_vector3" node="position" nodegroup="geometric">
    <input name="space" type="string" value="object" enum="model,object,world" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_normal_vector3" node="normal" nodegroup="geometric">
    <input name="space" type="string" value="object" enum="model,object,world" uniform="true" />
    <output name="out" type="vector3" default="0.0, 1.0, 0.0" />
  </nodedef>
  <nodedef name="ND_tangent_vector3" node="tangent" nodegroup="geometric">
    <input name="space" type="string" value="object" enum="model,object,world" uniform="true" />
    <input name="index" type="integer" value="0" uniform="true" />
    <output name="out" type="vector3" default="1.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_bitangent_vector3" node="bitangent" nodegroup="geometric">
    <input name="space" type="string" value="object" enum="model,object,world" uniform="true" />
    <input name="index" type="integer" value="0" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 1.0" />
  </nodedef>
  <nodedef name="ND_texcoord_vector2" node="texcoord" nodegroup="geometric">
    <input name="index" type="integer" value="0" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_texcoord_vector3" node="texcoord" nodegroup="geometric">
    <input name="index" type="integer" value="0" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_geomcolor_float" node="geomcolor" nodegroup="geometric">
    <input name="index" type="integer" value="0" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_geomcolor_color3" node="geomcolor" nodegroup="geometric">
    <input name="index" type="integer" value="0" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_geomcolor_color4" node="geomcolor" nodegroup="geometric">
    <input name="index" type="integer" value="0" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_geompropvalue_integer" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="integer" value="0" />
    <output name="out" type="integer" default="0" />
  </nodedef>
  <nodedef name="ND_geompropvalue_boolean" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="boolean" value="false" />
    <output name="out" type="boolean" default="false" />
  </nodedef>
  <nodedef name="ND_geompropvalue_string" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="string" value="" uniform="true" />
    <output name="out" type="string" default="" />
  </nodedef>
  <nodedef name="ND_geompropvalue_float" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="float" value="0.0" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_geompropvalue_color3" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="color3" value="0.0, 0.0, 0.0" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_geompropvalue_color4" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_geompropvalue_vector2" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="vector2" value="0.0, 0.0" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_geompropvalue_vector3" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="vector3" value="0.0, 0.0, 0.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_geompropvalue_vector4" node="geompropvalue" nodegroup="geometric">
    <input name="geomprop" type="string" value="" uniform="true" />
    <input name="default" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_bump_vector3" node="bump" nodegroup="geometric">
    <input name="height" type="float" uiname="Height" uisoftmin="0.0" uisoftmax="1.0" value="0" doc="Amount to offset the surface normal." />
    <input name="scale" type="float" uiname="Scale" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Scalar to adjust the height amount." />
    <input name="normal" type="vector3" uiname="Normal" defaultgeomprop="Nworld" doc="Surface normal; defaults to the current world-space normal." />
    <input name="tangent" type="vector3" uiname="Tangent" defaultgeomprop="Tworld" doc="Surface tangent vector, defaults to the current world-space tangent vector." />
    <output name="out" type="vector3" doc="Offset surface normal; connect this to a shader's 'normal' input." />
  </nodedef>
  <nodedef name="ND_ambientocclusion_float" node="ambientocclusion" nodegroup="global">
    <input name="coneangle" type="float" value="90.0" unittype="angle" unit="degree" />
    <input name="maxdistance" type="float" value="1e38" />
    <output name="out" type="float" default="1.0" />
  </nodedef>
  <nodedef name="ND_frame_float" node="frame" nodegroup="application">
    <output name="out" type="float" default="1.0" />
  </nodedef>
  <nodedef name="ND_time_float" node="time" nodegroup="application">
    <input name="fps" type="float" value="24.0" />
    <output name="out" type="float" default="0.041666667" />
  </nodedef>
  <nodedef name="ND_add_float" node="add" nodegroup="math">
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="float" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_add_color3" node="add" nodegroup="math">
    <input name="in1" type="color3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="color3" value="0.0, 0.0, 0.0" />
    <output name="out" type="color3" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_add_color4" node="add" nodegroup="math">
    <input name="in1" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in2" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="color4" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_add_vector2" node="add" nodegroup="math">
    <input name="in1" type="vector2" value="0.0, 0.0" />
    <input name="in2" type="vector2" value="0.0, 0.0" />
    <output name="out" type="vector2" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_add_vector3" node="add" nodegroup="math">
    <input name="in1" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="vector3" value="0.0, 0.0, 0.0" />
    <output name="out" type="vector3" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_add_vector4" node="add" nodegroup="math">
    <input name="in1" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in2" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="vector4" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_add_matrix33" node="add" nodegroup="math">
    <input name="in1" type="matrix33" value="1.0,0.0,0.0, 0.0,1.0,0.0, 0.0,0.0,1.0" />
    <input name="in2" type="matrix33" value="0.0,0.0,0.0, 0.0,0.0,0.0, 0.0,0.0,0.0" />
    <output name="out" type="matrix33" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_add_matrix44" node="add" nodegroup="math">
    <input name="in1" type="matrix44" value="1.0,0.0,0.0,0.0, 0.0,1.0,0.0,0.0, 0.0,0.0,1.0,0.0, 0.0,0.0,0.0,1.0" />
    <input name="in2" type="matrix44" value="0.0,0.0,0.0,0.0, 0.0,0.0,0.0,0.0, 0.0,0.0,0.0,0.0, 0.0,0.0,0.0,0.0" />
    <output name="out" type="matrix44" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_add_color3FA" node="add" nodegroup="math">
    <input name="in1" type="color3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="color3" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_add_color4FA" node="add" nodegroup="math">
    <input name="in1" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="color4" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_add_vector2FA" node="add" nodegroup="math">
    <input name="in1" type="vector2" value="0.0, 0.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="vector2" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_add_vector3FA" node="add" nodegroup="math">
    <input name="in1" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="vector3" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_add_vector4FA" node="add" nodegroup="math">
    <input name="in1" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="vector4" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_add_matrix33FA" node="add" nodegroup="math">
    <input name="in1" type="matrix33" value="1.0,0.0,0.0, 0.0,1.0,0.0, 0.0,0.0,1.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="matrix33" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_add_matrix44FA" node="add" nodegroup="math">
    <input name="in1" type="matrix44" value="1.0,0.0,0.0,0.0, 0.0,1.0,0.0,0.0, 0.0,0.0,1.0,0.0, 0.0,0.0,0.0,1.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="matrix44" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_subtract_float" node="subtract" nodegroup="math">
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="float" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_subtract_color3" node="subtract" nodegroup="math">
    <input name="in1" type="color3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="color3" value="0.0, 0.0, 0.0" />
    <output name="out" type="color3" defaultinput="in1" />
  </nodedef>
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  <nodedef name="ND_smoothstep_color3" node="smoothstep" nodegroup="adjustment">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
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  <nodedef name="ND_smoothstep_color4" node="smoothstep" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
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  <nodedef name="ND_smoothstep_vector3" node="smoothstep" nodegroup="adjustment">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
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  <nodedef name="ND_smoothstep_color3FA" node="smoothstep" nodegroup="adjustment">
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    <input name="high" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="in" />
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  <nodedef name="ND_smoothstep_color4FA" node="smoothstep" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
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    <input name="high" type="float" value="1.0" />
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    <output name="out" type="vector2" defaultinput="in" />
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  <nodedef name="ND_smoothstep_vector3FA" node="smoothstep" nodegroup="adjustment">
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    <input name="low" type="float" value="0.0" />
    <input name="high" type="float" value="1.0" />
    <output name="out" type="vector3" defaultinput="in" />
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  <nodedef name="ND_smoothstep_vector4FA" node="smoothstep" nodegroup="adjustment">
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    <input name="low" type="float" value="0.0" />
    <input name="high" type="float" value="1.0" />
    <output name="out" type="vector4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_curveadjust_float" node="curveadjust" nodegroup="adjustment">
    <input name="in" type="float" value="0.0" />
    <input name="knots" type="vector2array" value="" />
    <output name="out" type="float" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_curveadjust_color3" node="curveadjust" nodegroup="adjustment">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="knots" type="vector2array" value="" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_curveadjust_color4" node="curveadjust" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="knots" type="vector2array" value="" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_curveadjust_vector2" node="curveadjust" nodegroup="adjustment">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="knots" type="vector2array" value="" />
    <output name="out" type="vector2" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_curveadjust_vector3" node="curveadjust" nodegroup="adjustment">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="knots" type="vector2array" value="" />
    <output name="out" type="vector3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_curveadjust_vector4" node="curveadjust" nodegroup="adjustment">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="knots" type="vector2array" value="" />
    <output name="out" type="vector4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_luminance_color3" node="luminance" nodegroup="adjustment">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="lumacoeffs" type="color3" value="0.2722287, 0.6740818, 0.0536895" enum="acescg, rec709, rec2020, rec2100" enumvalues="0.2722287,0.6740818,0.0536895, 0.2126,0.7152,0.0722, 0.2627,0.6780,0.0593, 0.2627,0.6780,0.0593" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_luminance_color4" node="luminance" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="lumacoeffs" type="color3" value="0.2722287, 0.6740818, 0.0536895" enum="acescg, rec709, rec2020, rec2100" enumvalues="0.2722287,0.6740818,0.0536895, 0.2126,0.7152,0.0722, 0.2627,0.6780,0.0593, 0.2627,0.6780,0.0593" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_rgbtohsv_color3" node="rgbtohsv" nodegroup="adjustment">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_rgbtohsv_color4" node="rgbtohsv" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_hsvtorgb_color3" node="hsvtorgb" nodegroup="adjustment">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_hsvtorgb_color4" node="hsvtorgb" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_contrast_float" node="contrast" nodegroup="adjustment">
    <input name="in" type="float" value="0.0" />
    <input name="amount" type="float" value="1.0" />
    <input name="pivot" type="float" value="0.5" />
    <output name="out" type="float" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_contrast_color3" node="contrast" nodegroup="adjustment">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="amount" type="color3" value="1.0, 1.0, 1.0" />
    <input name="pivot" type="color3" value="0.5, 0.5, 0.5" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_contrast_color4" node="contrast" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="amount" type="color4" value="1.0, 1.0, 1.0, 1.0" />
    <input name="pivot" type="color4" value="0.5, 0.5, 0.5, 0.5" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_contrast_vector2" node="contrast" nodegroup="adjustment">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="amount" type="vector2" value="1.0, 1.0" />
    <input name="pivot" type="vector2" value="0.5, 0.5" />
    <output name="out" type="vector2" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_contrast_vector3" node="contrast" nodegroup="adjustment">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="amount" type="vector3" value="1.0, 1.0, 1.0" />
    <input name="pivot" type="vector3" value="0.5, 0.5, 0.5" />
    <output name="out" type="vector3" defaultinput="in" />
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  <nodedef name="ND_contrast_vector4" node="contrast" nodegroup="adjustment">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="amount" type="vector4" value="1.0, 1.0, 1.0, 1.0" />
    <input name="pivot" type="vector4" value="0.5, 0.5, 0.5, 0.5" />
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  </nodedef>
  <nodedef name="ND_contrast_color3FA" node="contrast" nodegroup="adjustment">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="amount" type="float" value="1.0" />
    <input name="pivot" type="float" value="0.5" />
    <output name="out" type="color3" defaultinput="in" />
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  <nodedef name="ND_contrast_color4FA" node="contrast" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="amount" type="float" value="1.0" />
    <input name="pivot" type="float" value="0.5" />
    <output name="out" type="color4" defaultinput="in" />
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  <nodedef name="ND_contrast_vector2FA" node="contrast" nodegroup="adjustment">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="amount" type="float" value="1.0" />
    <input name="pivot" type="float" value="0.5" />
    <output name="out" type="vector2" defaultinput="in" />
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  <nodedef name="ND_contrast_vector3FA" node="contrast" nodegroup="adjustment">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="amount" type="float" value="1.0" />
    <input name="pivot" type="float" value="0.5" />
    <output name="out" type="vector3" defaultinput="in" />
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  <nodedef name="ND_contrast_vector4FA" node="contrast" nodegroup="adjustment">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
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    <input name="pivot" type="float" value="0.5" />
    <output name="out" type="vector4" defaultinput="in" />
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  <nodedef name="ND_range_float" node="range" nodegroup="adjustment">
    <input name="in" type="float" value="0.0" />
    <input name="inlow" type="float" value="0.0" />
    <input name="inhigh" type="float" value="1.0" />
    <input name="gamma" type="float" value="1.0" />
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    <input name="outhigh" type="float" value="1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="float" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_range_color3" node="range" nodegroup="adjustment">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="inlow" type="color3" value="0.0, 0.0, 0.0" />
    <input name="inhigh" type="color3" value="1.0, 1.0, 1.0" />
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    <input name="outhigh" type="color3" value="1.0, 1.0, 1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="color3" defaultinput="in" />
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  <nodedef name="ND_range_color4" node="range" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="inlow" type="color4" value="0.0, 0.0, 0.0, 0.0" />
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    <input name="outhigh" type="color4" value="1.0, 1.0, 1.0, 1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_range_vector2" node="range" nodegroup="adjustment">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="inlow" type="vector2" value="0.0, 0.0" />
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    <input name="outhigh" type="vector2" value="1.0, 1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="vector2" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_range_vector3" node="range" nodegroup="adjustment">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="inlow" type="vector3" value="0.0, 0.0, 0.0" />
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    <input name="outhigh" type="vector3" value="1.0, 1.0, 1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="vector3" defaultinput="in" />
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  <nodedef name="ND_range_vector4" node="range" nodegroup="adjustment">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="inlow" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="inhigh" type="vector4" value="1.0, 1.0, 1.0, 1.0" />
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    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="vector4" defaultinput="in" />
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  <nodedef name="ND_range_color3FA" node="range" nodegroup="adjustment">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="inlow" type="float" value="0.0" />
    <input name="inhigh" type="float" value="1.0" />
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    <input name="outhigh" type="float" value="1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_range_color4FA" node="range" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
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    <input name="inhigh" type="float" value="1.0" />
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    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="color4" defaultinput="in" />
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  <nodedef name="ND_range_vector2FA" node="range" nodegroup="adjustment">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="inlow" type="float" value="0.0" />
    <input name="inhigh" type="float" value="1.0" />
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    <input name="outhigh" type="float" value="1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="vector2" defaultinput="in" />
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  <nodedef name="ND_range_vector3FA" node="range" nodegroup="adjustment">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
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    <input name="inhigh" type="float" value="1.0" />
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    <input name="outhigh" type="float" value="1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="vector3" defaultinput="in" />
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  <nodedef name="ND_range_vector4FA" node="range" nodegroup="adjustment">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="inlow" type="float" value="0.0" />
    <input name="inhigh" type="float" value="1.0" />
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    <input name="outlow" type="float" value="0.0" />
    <input name="outhigh" type="float" value="1.0" />
    <input name="doclamp" type="boolean" value="false" />
    <output name="out" type="vector4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_hsvadjust_color3" node="hsvadjust" nodegroup="adjustment">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="amount" type="vector3" value="0.0, 1.0, 1.0" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_hsvadjust_color4" node="hsvadjust" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="amount" type="vector3" value="0.0, 1.0, 1.0" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_saturate_color3" node="saturate" nodegroup="adjustment">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="amount" type="float" value="1.0" />
    <input name="lumacoeffs" type="color3" value="0.2722287, 0.6740818, 0.0536895" enum="acescg, rec709, rec2020, rec2100" enumvalues="0.2722287,0.6740818,0.0536895, 0.2126,0.7152,0.0722, 0.2627,0.6780,0.0593, 0.2627,0.6780,0.0593" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_saturate_color4" node="saturate" nodegroup="adjustment">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="amount" type="float" value="1.0" />
    <input name="lumacoeffs" type="color3" value="0.2722287, 0.6740818, 0.0536895" enum="acescg, rec709, rec2020, rec2100" enumvalues="0.2722287,0.6740818,0.0536895, 0.2126,0.7152,0.0722, 0.2627,0.6780,0.0593, 0.2627,0.6780,0.0593" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_colorcorrect_color3" node="colorcorrect" nodegroup="adjustment">
    <input name="in" type="color3" uiname="Input Color" value="1, 1, 1" doc="The input color to be adjusted." />
    <input name="hue" type="float" uiname="Hue" uisoftmin="0.0" uisoftmax="1.0" value="0" doc="Rotates the color hue, with values wrapping at 0-1 boundaries." />
    <input name="saturation" type="float" uiname="Saturation" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Adjusts the input color saturation level." />
    <input name="gamma" type="float" uiname="Gamma" uisoftmin="0.0" uisoftmax="3.0" value="1" doc="Applies a gamma correction to the color." />
    <input name="lift" type="float" uiname="Lift" uisoftmin="0.0" uisoftmax="1.0" value="0" doc="Raise the dark color values, leaving the white values unchanged." />
    <input name="gain" type="float" uiname="Gain" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Multiplier increases lighter color values, leaving black values unchanged." />
    <input name="contrast" type="float" uiname="Contrast" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Linearly increase or decrease the color contrast." />
    <input name="contrastpivot" type="float" uiname="Contrast Pivot" uisoftmin="0.0" uisoftmax="1.0" value="0.5" doc="Pivot value around which contrast applies. This value will not change as contrast is adjusted." />
    <input name="exposure" type="float" uiname="Exposure" uisoftmin="-1.0" uisoftmax="1.0" value="0" doc="Multplier which increases or decreases color brightness by 2^value." />
    <output name="out" type="color3" />
  </nodedef>
  <nodedef name="ND_colorcorrect_color4" node="colorcorrect" nodegroup="adjustment">
    <input name="in" type="color4" uiname="Input Color" value="1, 1, 1, 0" doc="The input color to be adjusted." />
    <input name="hue" type="float" uiname="Hue" uisoftmin="0.0" uisoftmax="1.0" value="0" doc="Rotates the color hue, with values wrapping at 0-1 boundaries." />
    <input name="saturation" type="float" uiname="Saturation" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Adjusts the input color saturation level." />
    <input name="gamma" type="float" uiname="Gamma" uisoftmin="0.0" uisoftmax="3.0" value="1" doc="Applies a gamma correction to the color." />
    <input name="lift" type="float" uiname="Lift" uisoftmin="0.0" uisoftmax="1.0" value="0" doc="Raise the dark color values, leaving the white values unchanged." />
    <input name="gain" type="float" uiname="Gain" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Multiplier increases lighter color values, leaving black values unchanged." />
    <input name="contrast" type="float" uiname="Contrast" uisoftmin="0.0" uisoftmax="1.0" value="1" doc="Linearly increase or decrease the color contrast." />
    <input name="contrastpivot" type="float" uiname="Contrast Pivot" uisoftmin="0.0" uisoftmax="1.0" value="0.5" doc="Pivot value around which contrast applies. This value will not change as contrast is adjusted." />
    <input name="exposure" type="float" uiname="Exposure" uisoftmin="-1.0" uisoftmax="1.0" value="0" doc="Multplier which increases or decreases color brightness by 2^value." />
    <output name="out" type="color4" />
  </nodedef>
  <nodedef name="ND_premult_color4" node="premult" nodegroup="compositing">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 1.0" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_unpremult_color4" node="unpremult" nodegroup="compositing">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 1.0" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_plus_float" node="plus" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_plus_color3" node="plus" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_plus_color4" node="plus" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_minus_float" node="minus" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_minus_color3" node="minus" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_minus_color4" node="minus" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_difference_float" node="difference" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_difference_color3" node="difference" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_difference_color4" node="difference" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_burn_float" node="burn" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_burn_color3" node="burn" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_burn_color4" node="burn" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_dodge_float" node="dodge" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_dodge_color3" node="dodge" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_dodge_color4" node="dodge" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_screen_float" node="screen" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_screen_color3" node="screen" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_screen_color4" node="screen" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_overlay_float" node="overlay" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_overlay_color3" node="overlay" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_overlay_color4" node="overlay" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_disjointover_color4" node="disjointover" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_in_color4" node="in" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mask_color4" node="mask" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_matte_color4" node="matte" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_out_color4" node="out" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_over_color4" node="over" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_inside_float" node="inside" nodegroup="compositing">
    <input name="in" type="float" value="0.0" />
    <input name="mask" type="float" value="1.0" />
    <output name="out" type="float" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_inside_color3" node="inside" nodegroup="compositing">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mask" type="float" value="1.0" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_inside_color4" node="inside" nodegroup="compositing">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mask" type="float" value="1.0" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_outside_float" node="outside" nodegroup="compositing">
    <input name="in" type="float" value="0.0" />
    <input name="mask" type="float" value="0.0" />
    <output name="out" type="float" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_outside_color3" node="outside" nodegroup="compositing">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mask" type="float" value="0.0" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_outside_color4" node="outside" nodegroup="compositing">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mask" type="float" value="0.0" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_mix_float" node="mix" nodegroup="compositing">
    <input name="fg" type="float" value="0.0" />
    <input name="bg" type="float" value="0.0" />
    <input name="mix" type="float" value="0.0" uisoftmin="0.0" uisoftmax="1.0" />
    <output name="out" type="float" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_color3" node="mix" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="0.0" uisoftmin="0.0" uisoftmax="1.0" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_color3_color3" node="mix" nodegroup="compositing">
    <input name="fg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="color3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="color3" value="0.0, 0.0, 0.0" uisoftmin="0,0,0" uisoftmax="1,1,1" />
    <output name="out" type="color3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_color4" node="mix" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="0.0" uisoftmin="0.0" uisoftmax="1.0" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_color4_color4" node="mix" nodegroup="compositing">
    <input name="fg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="color4" value="0.0, 0.0, 0.0, 0.0" uisoftmin="0,0,0,0" uisoftmax="1,1,1,1" />
    <output name="out" type="color4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_vector2" node="mix" nodegroup="compositing">
    <input name="fg" type="vector2" value="0.0, 0.0" />
    <input name="bg" type="vector2" value="0.0, 0.0" />
    <input name="mix" type="float" value="0.0" uisoftmin="0.0" uisoftmax="1.0" />
    <output name="out" type="vector2" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_vector2_vector2" node="mix" nodegroup="compositing">
    <input name="fg" type="vector2" value="0.0, 0.0" />
    <input name="bg" type="vector2" value="0.0, 0.0" />
    <input name="mix" type="vector2" value="0.0, 0.0" uisoftmin="0,0" uisoftmax="1,1" />
    <output name="out" type="vector2" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_vector3" node="mix" nodegroup="compositing">
    <input name="fg" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="0.0" uisoftmin="0.0" uisoftmax="1.0" />
    <output name="out" type="vector3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_vector3_vector3" node="mix" nodegroup="compositing">
    <input name="fg" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="bg" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="mix" type="vector3" value="0.0, 0.0, 0.0" uisoftmin="0,0,0" uisoftmax="1,1,1" />
    <output name="out" type="vector3" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_vector4" node="mix" nodegroup="compositing">
    <input name="fg" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="float" value="0.0" uisoftmin="0.0" uisoftmax="1.0" />
    <output name="out" type="vector4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_vector4_vector4" node="mix" nodegroup="compositing">
    <input name="fg" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="bg" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="mix" type="vector4" value="0.0, 0.0, 0.0, 0.0" uisoftmin="0,0,0,0" uisoftmax="1,1,1,1" />
    <output name="out" type="vector4" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_surfaceshader" node="mix" nodegroup="compositing">
    <input name="fg" type="surfaceshader" value="" />
    <input name="bg" type="surfaceshader" value="" />
    <input name="mix" type="float" value="0.0" uisoftmin="0.0" uisoftmax="1.0" />
    <output name="out" type="surfaceshader" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_displacementshader" node="mix" nodegroup="compositing">
    <input name="fg" type="displacementshader" value="" />
    <input name="bg" type="displacementshader" value="" />
    <input name="mix" type="float" value="0.0" uisoftmin="0.0" uisoftmax="1.0" />
    <output name="out" type="displacementshader" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_mix_volumeshader" node="mix" nodegroup="compositing">
    <input name="fg" type="volumeshader" value="" />
    <input name="bg" type="volumeshader" value="" />
    <input name="mix" type="float" value="0.0" uisoftmin="0.0" uisoftmax="1.0" />
    <output name="out" type="volumeshader" defaultinput="bg" />
  </nodedef>
  <nodedef name="ND_ifgreater_float" node="ifgreater" nodegroup="conditional">
    <input name="value1" type="float" value="1.0" />
    <input name="value2" type="float" value="0.0" />
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="float" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_ifgreater_color3" node="ifgreater" nodegroup="conditional">
    <input name="value1" type="float" value="1.0" />
    <input name="value2" type="float" value="0.0" />
    <input name="in1" type="color3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="color3" value="0.0, 0.0, 0.0" />
    <output name="out" type="color3" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_ifgreater_color4" node="ifgreater" nodegroup="conditional">
    <input name="value1" type="float" value="1.0" />
    <input name="value2" type="float" value="0.0" />
    <input name="in1" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in2" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="color4" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_ifgreater_vector2" node="ifgreater" nodegroup="conditional">
    <input name="value1" type="float" value="1.0" />
    <input name="value2" type="float" value="0.0" />
    <input name="in1" type="vector2" value="0.0, 0.0" />
    <input name="in2" type="vector2" value="0.0, 0.0" />
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    <input name="in1" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in3" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in4" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in5" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="which" type="integer" value="0" />
    <output name="out" type="vector3" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_switch_vector4I" node="switch" nodegroup="conditional">
    <input name="in1" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in2" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in3" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in4" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="in5" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="which" type="integer" value="0" />
    <output name="out" type="vector4" defaultinput="in1" />
  </nodedef>
  <nodedef name="ND_convert_float_color3" node="convert" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_float_color4" node="convert" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_float_vector2" node="convert" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_float_vector3" node="convert" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_float_vector4" node="convert" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_vector2_vector3" node="convert" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_vector3_color3" node="convert" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_vector3_vector2" node="convert" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_vector3_vector4" node="convert" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_vector4_color4" node="convert" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_vector4_vector3" node="convert" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_color3_vector3" node="convert" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_color4_vector4" node="convert" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_color3_color4" node="convert" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_color4_color3" node="convert" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_convert_boolean_float" node="convert" nodegroup="channel">
    <input name="in" type="boolean" value="false" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_convert_integer_float" node="convert" nodegroup="channel">
    <input name="in" type="integer" value="0" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_convert_color3_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert color3 to shader">
    <input name="in" type="color3" value="0, 0, 0" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_convert_color4_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert color4  to shader">
    <input name="in" type="color4" value="0, 0, 0, 0" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_convert_float_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert float to shader">
    <input name="in" type="float" value="0" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_convert_vector2_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert vector2 to shader">
    <input name="in" type="vector2" value="0, 0" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_convert_vector3_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert vector2 to shader">
    <input name="in" type="vector3" value="0, 0, 0" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_convert_vector4_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert vector4 to shader">
    <input name="in" type="vector4" value="0, 0, 0, 0" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_convert_integer_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert integer to shader">
    <input name="in" type="integer" value="0" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_convert_boolean_surfaceshader" node="convert" version="1.0" isdefaultversion="true" nodegroup="shader" doc="Convert boolean to shader">
    <input name="in" type="boolean" value="false" />
    <output name="out" type="surfaceshader" />
  </nodedef>
  <nodedef name="ND_swizzle_float_color3" node="swizzle" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <input name="channels" type="string" value="rrr" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_float_color4" node="swizzle" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <input name="channels" type="string" value="rrrr" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_float_vector2" node="swizzle" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <input name="channels" type="string" value="xx" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_float_vector3" node="swizzle" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <input name="channels" type="string" value="xxx" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_float_vector4" node="swizzle" nodegroup="channel">
    <input name="in" type="float" value="0.0" />
    <input name="channels" type="string" value="xxxx" uniform="true" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color3_float" node="swizzle" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="r" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color3_color3" node="swizzle" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrr" uniform="true" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_swizzle_color3_color4" node="swizzle" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrrr" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color3_vector2" node="swizzle" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rr" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color3_vector3" node="swizzle" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrr" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color3_vector4" node="swizzle" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrrr" uniform="true" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color4_float" node="swizzle" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="r" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color4_color3" node="swizzle" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrr" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color4_color4" node="swizzle" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrrr" uniform="true" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_swizzle_color4_vector2" node="swizzle" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rr" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color4_vector3" node="swizzle" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrr" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_color4_vector4" node="swizzle" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="rrrr" uniform="true" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector2_float" node="swizzle" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="channels" type="string" value="x" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector2_color3" node="swizzle" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="channels" type="string" value="xxx" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector2_color4" node="swizzle" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="channels" type="string" value="xxxx" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector2_vector2" node="swizzle" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="channels" type="string" value="xx" uniform="true" />
    <output name="out" type="vector2" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_swizzle_vector2_vector3" node="swizzle" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="channels" type="string" value="xxx" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector2_vector4" node="swizzle" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="channels" type="string" value="xxxx" uniform="true" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector3_float" node="swizzle" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="x" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector3_color3" node="swizzle" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxx" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector3_color4" node="swizzle" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxxx" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector3_vector2" node="swizzle" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xx" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector3_vector3" node="swizzle" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxx" uniform="true" />
    <output name="out" type="vector3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_swizzle_vector3_vector4" node="swizzle" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxxx" uniform="true" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector4_float" node="swizzle" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="x" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector4_color3" node="swizzle" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxx" uniform="true" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector4_color4" node="swizzle" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxxx" uniform="true" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector4_vector2" node="swizzle" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xx" uniform="true" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector4_vector3" node="swizzle" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxx" uniform="true" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_swizzle_vector4_vector4" node="swizzle" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="channels" type="string" value="xxxx" uniform="true" />
    <output name="out" type="vector4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_combine2_vector2" node="combine2" nodegroup="channel">
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="vector2" default="0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_combine2_color4CF" node="combine2" nodegroup="channel">
    <input name="in1" type="color3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_combine2_vector4VF" node="combine2" nodegroup="channel">
    <input name="in1" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="in2" type="float" value="0.0" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_combine2_vector4VV" node="combine2" nodegroup="channel">
    <input name="in1" type="vector2" value="0.0, 0.0" />
    <input name="in2" type="vector2" value="0.0, 0.0" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_combine3_color3" node="combine3" nodegroup="channel">
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <input name="in3" type="float" value="0.0" />
    <output name="out" type="color3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_combine3_vector3" node="combine3" nodegroup="channel">
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <input name="in3" type="float" value="0.0" />
    <output name="out" type="vector3" default="0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_combine4_color4" node="combine4" nodegroup="channel">
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <input name="in3" type="float" value="0.0" />
    <input name="in4" type="float" value="0.0" />
    <output name="out" type="color4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_combine4_vector4" node="combine4" nodegroup="channel">
    <input name="in1" type="float" value="0.0" />
    <input name="in2" type="float" value="0.0" />
    <input name="in3" type="float" value="0.0" />
    <input name="in4" type="float" value="0.0" />
    <output name="out" type="vector4" default="0.0, 0.0, 0.0, 0.0" />
  </nodedef>
  <nodedef name="ND_extract_color3" node="extract" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="index" type="integer" value="0" uimin="0" uimax="2" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_extract_color4" node="extract" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="index" type="integer" value="0" uimin="0" uimax="3" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_extract_vector2" node="extract" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="index" type="integer" value="0" uimin="0" uimax="1" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_extract_vector3" node="extract" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="index" type="integer" value="0" uimin="0" uimax="2" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_extract_vector4" node="extract" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="index" type="integer" value="0" uimin="0" uimax="3" uniform="true" />
    <output name="out" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_separate2_vector2" node="separate2" nodegroup="channel">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <output name="outx" type="float" default="0.0" />
    <output name="outy" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_separate3_color3" node="separate3" nodegroup="channel">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <output name="outr" type="float" default="0.0" />
    <output name="outg" type="float" default="0.0" />
    <output name="outb" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_separate3_vector3" node="separate3" nodegroup="channel">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <output name="outx" type="float" default="0.0" />
    <output name="outy" type="float" default="0.0" />
    <output name="outz" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_separate4_color4" node="separate4" nodegroup="channel">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="outr" type="float" default="0.0" />
    <output name="outg" type="float" default="0.0" />
    <output name="outb" type="float" default="0.0" />
    <output name="outa" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_separate4_vector4" node="separate4" nodegroup="channel">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <output name="outx" type="float" default="0.0" />
    <output name="outy" type="float" default="0.0" />
    <output name="outz" type="float" default="0.0" />
    <output name="outw" type="float" default="0.0" />
  </nodedef>
  <nodedef name="ND_blur_float" node="blur" nodegroup="convolution2d">
    <input name="in" type="float" value="0.0" />
    <input name="size" type="float" value="0.0" />
    <input name="filtertype" type="string" value="box" enum="box,gaussian" uniform="true" />
    <output name="out" type="float" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_blur_color3" node="blur" nodegroup="convolution2d">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="size" type="float" value="0.0" />
    <input name="filtertype" type="string" value="box" enum="box,gaussian" uniform="true" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_blur_color4" node="blur" nodegroup="convolution2d">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="size" type="float" value="0.0" />
    <input name="filtertype" type="string" value="box" enum="box,gaussian" uniform="true" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_blur_vector2" node="blur" nodegroup="convolution2d">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="size" type="float" value="0.0" />
    <input name="filtertype" type="string" value="box" enum="box,gaussian" uniform="true" />
    <output name="out" type="vector2" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_blur_vector3" node="blur" nodegroup="convolution2d">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="size" type="float" value="0.0" />
    <input name="filtertype" type="string" value="box" enum="box,gaussian" uniform="true" />
    <output name="out" type="vector3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_blur_vector4" node="blur" nodegroup="convolution2d">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="size" type="float" value="0.0" />
    <input name="filtertype" type="string" value="box" enum="box,gaussian" uniform="true" />
    <output name="out" type="vector4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_heighttonormal_vector3" node="heighttonormal" nodegroup="convolution2d">
    <input name="in" type="float" value="0.0" />
    <input name="scale" type="float" value="1.0" />
    <output name="out" type="vector3" default="0.5, 0.5, 1.0" />
  </nodedef>
  <nodedef name="ND_dot_float" node="dot" nodegroup="organization">
    <input name="in" type="float" value="0.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="float" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_color3" node="dot" nodegroup="organization">
    <input name="in" type="color3" value="0.0, 0.0, 0.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="color3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_color4" node="dot" nodegroup="organization">
    <input name="in" type="color4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="color4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_vector2" node="dot" nodegroup="organization">
    <input name="in" type="vector2" value="0.0, 0.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="vector2" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_vector3" node="dot" nodegroup="organization">
    <input name="in" type="vector3" value="0.0, 0.0, 0.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="vector3" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_vector4" node="dot" nodegroup="organization">
    <input name="in" type="vector4" value="0.0, 0.0, 0.0, 0.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="vector4" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_boolean" node="dot" nodegroup="organization">
    <input name="in" type="boolean" value="false" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="boolean" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_integer" node="dot" nodegroup="organization">
    <input name="in" type="integer" value="0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="integer" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_matrix33" node="dot" nodegroup="organization">
    <input name="in" type="matrix33" value="1.0,0.0,0.0, 0.0,1.0,0.0, 0.0,0.0,1.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="matrix33" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_matrix44" node="dot" nodegroup="organization">
    <input name="in" type="matrix44" value="1.0,0.0,0.0,0.0, 0.0,1.0,0.0,0.0, 0.0,0.0,1.0,0.0, 0.0,0.0,0.0,1.0" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="matrix44" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_string" node="dot" nodegroup="organization">
    <input name="in" type="string" value="" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="string" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_filename" node="dot" nodegroup="organization">
    <input name="in" type="filename" value="" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="filename" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_surfaceshader" node="dot" nodegroup="organization">
    <input name="in" type="surfaceshader" value="" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="surfaceshader" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_displacementshader" node="dot" nodegroup="organization">
    <input name="in" type="displacementshader" value="" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="displacementshader" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_volumeshader" node="dot" nodegroup="organization">
    <input name="in" type="volumeshader" value="" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="volumeshader" defaultinput="in" />
  </nodedef>
  <nodedef name="ND_dot_lightshader" node="dot" nodegroup="organization">
    <input name="in" type="lightshader" value="" />
    <input name="note" type="string" value="" uniform="true" />
    <output name="out" type="lightshader" defaultinput="in" />
  </nodedef>
  <!-- Custom marble definition: : mymarble -->
  <!--Custom add definition (mxadd)-->
  <nodedef name="ND_myadd_color3" node="myadd">
    <input name="in1" type="color3" value="1, 0, 0" />
    <input name="in2" type="color3" value="0, 0, 0" />
    <output name="out" type="color3" defaultinput="in1" />
  </nodedef>
</materialx>

Definition ND_myadd_color3 added to: libraries\stdlib\stdlib_defs.mtlx

Implementation for target genglsl

<?xml version="1.0"?>
<materialx version="1.38">
  <implementation name="IM_surfacematerial_genglsl" nodedef="ND_surfacematerial" target="genglsl" />
  <implementation name="IM_surface_unlit_genglsl" nodedef="ND_surface_unlit" target="genglsl" />
  <implementation name="IM_image_float_genglsl" nodedef="ND_image_float" file="mx_image_float.glsl" function="mx_image_float" target="genglsl">
    <input name="default" type="float" implname="default_value" />
  </implementation>
  <implementation name="IM_image_color3_genglsl" nodedef="ND_image_color3" file="mx_image_color3.glsl" function="mx_image_color3" target="genglsl">
    <input name="default" type="color3" implname="default_value" />
  </implementation>
  <implementation name="IM_image_color4_genglsl" nodedef="ND_image_color4" file="mx_image_color4.glsl" function="mx_image_color4" target="genglsl">
    <input name="default" type="color4" implname="default_value" />
  </implementation>
  <implementation name="IM_image_vector2_genglsl" nodedef="ND_image_vector2" file="mx_image_vector2.glsl" function="mx_image_vector2" target="genglsl">
    <input name="default" type="vector2" implname="default_value" />
  </implementation>
  <implementation name="IM_image_vector3_genglsl" nodedef="ND_image_vector3" file="mx_image_vector3.glsl" function="mx_image_vector3" target="genglsl">
    <input name="default" type="vector3" implname="default_value" />
  </implementation>
  <implementation name="IM_image_vector4_genglsl" nodedef="ND_image_vector4" file="mx_image_vector4.glsl" function="mx_image_vector4" target="genglsl">
    <input name="default" type="vector4" implname="default_value" />
  </implementation>
  <implementation name="IM_normalmap_genglsl" nodedef="ND_normalmap" file="mx_normalmap.glsl" function="mx_normalmap" target="genglsl" />
  <implementation name="IM_constant_float_genglsl" nodedef="ND_constant_float" target="genglsl" sourcecode="{{value}}" />
  <implementation name="IM_constant_color3_genglsl" nodedef="ND_constant_color3" target="genglsl" sourcecode="{{value}}" />
  <implementation name="IM_constant_color4_genglsl" nodedef="ND_constant_color4" target="genglsl" sourcecode="{{value}}" />
  <implementation name="IM_constant_vector2_genglsl" nodedef="ND_constant_vector2" target="genglsl" sourcecode="{{value}}" />
  <implementation name="IM_constant_vector3_genglsl" nodedef="ND_constant_vector3" target="genglsl" sourcecode="{{value}}" />
  <implementation name="IM_constant_vector4_genglsl" nodedef="ND_constant_vector4" target="genglsl" sourcecode="{{value}}" />
  <implementation name="IM_constant_boolean_genglsl" nodedef="ND_constant_boolean" target="genglsl" sourcecode="{{value}}" />
  <implementation name="IM_constant_integer_genglsl" nodedef="ND_constant_integer" target="genglsl" sourcecode="{{value}}" />
  <implementation name="IM_constant_matrix33_genglsl" nodedef="ND_constant_matrix33" target="genglsl" sourcecode="{{value}}" />
  <implementation name="IM_constant_matrix44_genglsl" nodedef="ND_constant_matrix44" target="genglsl" sourcecode="{{value}}" />
  <implementation name="IM_constant_string_genglsl" nodedef="ND_constant_string" target="genglsl" sourcecode="{{value}}" />
  <implementation name="IM_constant_filename_genglsl" nodedef="ND_constant_filename" target="genglsl" sourcecode="{{value}}" />
  <implementation name="IM_ramplr_float_genglsl" nodedef="ND_ramplr_float" file="mx_ramplr_float.glsl" function="mx_ramplr_float" target="genglsl" />
  <implementation name="IM_ramplr_color3_genglsl" nodedef="ND_ramplr_color3" file="mx_ramplr_vector3.glsl" function="mx_ramplr_vector3" target="genglsl" />
  <implementation name="IM_ramplr_color4_genglsl" nodedef="ND_ramplr_color4" file="mx_ramplr_vector4.glsl" function="mx_ramplr_vector4" target="genglsl" />
  <implementation name="IM_ramplr_vector2_genglsl" nodedef="ND_ramplr_vector2" file="mx_ramplr_vector2.glsl" function="mx_ramplr_vector2" target="genglsl" />
  <implementation name="IM_ramplr_vector3_genglsl" nodedef="ND_ramplr_vector3" file="mx_ramplr_vector3.glsl" function="mx_ramplr_vector3" target="genglsl" />
  <implementation name="IM_ramplr_vector4_genglsl" nodedef="ND_ramplr_vector4" file="mx_ramplr_vector4.glsl" function="mx_ramplr_vector4" target="genglsl" />
  <implementation name="IM_ramptb_float_genglsl" nodedef="ND_ramptb_float" file="mx_ramptb_float.glsl" function="mx_ramptb_float" target="genglsl" />
  <implementation name="IM_ramptb_color3_genglsl" nodedef="ND_ramptb_color3" file="mx_ramptb_vector3.glsl" function="mx_ramptb_vector3" target="genglsl" />
  <implementation name="IM_ramptb_color4_genglsl" nodedef="ND_ramptb_color4" file="mx_ramptb_vector4.glsl" function="mx_ramptb_vector4" target="genglsl" />
  <implementation name="IM_ramptb_vector2_genglsl" nodedef="ND_ramptb_vector2" file="mx_ramptb_vector2.glsl" function="mx_ramptb_vector2" target="genglsl" />
  <implementation name="IM_ramptb_vector3_genglsl" nodedef="ND_ramptb_vector3" file="mx_ramptb_vector3.glsl" function="mx_ramptb_vector3" target="genglsl" />
  <implementation name="IM_ramptb_vector4_genglsl" nodedef="ND_ramptb_vector4" file="mx_ramptb_vector4.glsl" function="mx_ramptb_vector4" target="genglsl" />
  <implementation name="IM_splitlr_float_genglsl" nodedef="ND_splitlr_float" file="mx_splitlr_float.glsl" function="mx_splitlr_float" target="genglsl" />
  <implementation name="IM_splitlr_color3_genglsl" nodedef="ND_splitlr_color3" file="mx_splitlr_vector3.glsl" function="mx_splitlr_vector3" target="genglsl" />
  <implementation name="IM_splitlr_color4_genglsl" nodedef="ND_splitlr_color4" file="mx_splitlr_vector4.glsl" function="mx_splitlr_vector4" target="genglsl" />
  <implementation name="IM_splitlr_vector2_genglsl" nodedef="ND_splitlr_vector2" file="mx_splitlr_vector2.glsl" function="mx_splitlr_vector2" target="genglsl" />
  <implementation name="IM_splitlr_vector3_genglsl" nodedef="ND_splitlr_vector3" file="mx_splitlr_vector3.glsl" function="mx_splitlr_vector3" target="genglsl" />
  <implementation name="IM_splitlr_vector4_genglsl" nodedef="ND_splitlr_vector4" file="mx_splitlr_vector4.glsl" function="mx_splitlr_vector4" target="genglsl" />
  <implementation name="IM_splittb_float_genglsl" nodedef="ND_splittb_float" file="mx_splittb_float.glsl" function="mx_splittb_float" target="genglsl" />
  <implementation name="IM_splittb_color3_genglsl" nodedef="ND_splittb_color3" file="mx_splittb_vector3.glsl" function="mx_splittb_vector3" target="genglsl" />
  <implementation name="IM_splittb_color4_genglsl" nodedef="ND_splittb_color4" file="mx_splittb_vector4.glsl" function="mx_splittb_vector4" target="genglsl" />
  <implementation name="IM_splittb_vector2_genglsl" nodedef="ND_splittb_vector2" file="mx_splittb_vector2.glsl" function="mx_splittb_vector2" target="genglsl" />
  <implementation name="IM_splittb_vector3_genglsl" nodedef="ND_splittb_vector3" file="mx_splittb_vector3.glsl" function="mx_splittb_vector3" target="genglsl" />
  <implementation name="IM_splittb_vector4_genglsl" nodedef="ND_splittb_vector4" file="mx_splittb_vector4.glsl" function="mx_splittb_vector4" target="genglsl" />
  <implementation name="IM_noise2d_float_genglsl" nodedef="ND_noise2d_float" file="mx_noise2d_float.glsl" function="mx_noise2d_float" target="genglsl" />
  <implementation name="IM_noise2d_color3_genglsl" nodedef="ND_noise2d_color3" file="mx_noise2d_vector3.glsl" function="mx_noise2d_vector3" target="genglsl" />
  <implementation name="IM_noise2d_color4_genglsl" nodedef="ND_noise2d_color4" file="mx_noise2d_vector4.glsl" function="mx_noise2d_vector4" target="genglsl" />
  <implementation name="IM_noise2d_color3FA_genglsl" nodedef="ND_noise2d_color3FA" file="mx_noise2d_fa_vector3.glsl" function="mx_noise2d_fa_vector3" target="genglsl" />
  <implementation name="IM_noise2d_color4FA_genglsl" nodedef="ND_noise2d_color4FA" file="mx_noise2d_fa_vector4.glsl" function="mx_noise2d_fa_vector4" target="genglsl" />
  <implementation name="IM_noise2d_vector2_genglsl" nodedef="ND_noise2d_vector2" file="mx_noise2d_vector2.glsl" function="mx_noise2d_vector2" target="genglsl" />
  <implementation name="IM_noise2d_vector3_genglsl" nodedef="ND_noise2d_vector3" file="mx_noise2d_vector3.glsl" function="mx_noise2d_vector3" target="genglsl" />
  <implementation name="IM_noise2d_vector4_genglsl" nodedef="ND_noise2d_vector4" file="mx_noise2d_vector4.glsl" function="mx_noise2d_vector4" target="genglsl" />
  <implementation name="IM_noise2d_vector2FA_genglsl" nodedef="ND_noise2d_vector2FA" file="mx_noise2d_fa_vector2.glsl" function="mx_noise2d_fa_vector2" target="genglsl" />
  <implementation name="IM_noise2d_vector3FA_genglsl" nodedef="ND_noise2d_vector3FA" file="mx_noise2d_fa_vector3.glsl" function="mx_noise2d_fa_vector3" target="genglsl" />
  <implementation name="IM_noise2d_vector4FA_genglsl" nodedef="ND_noise2d_vector4FA" file="mx_noise2d_fa_vector4.glsl" function="mx_noise2d_fa_vector4" target="genglsl" />
  <implementation name="IM_noise3d_float_genglsl" nodedef="ND_noise3d_float" file="mx_noise3d_float.glsl" function="mx_noise3d_float" target="genglsl" />
  <implementation name="IM_noise3d_color3_genglsl" nodedef="ND_noise3d_color3" file="mx_noise3d_vector3.glsl" function="mx_noise3d_vector3" target="genglsl" />
  <implementation name="IM_noise3d_color4_genglsl" nodedef="ND_noise3d_color4" file="mx_noise3d_vector4.glsl" function="mx_noise3d_vector4" target="genglsl" />
  <implementation name="IM_noise3d_color3FA_genglsl" nodedef="ND_noise3d_color3FA" file="mx_noise3d_fa_vector3.glsl" function="mx_noise3d_fa_vector3" target="genglsl" />
  <implementation name="IM_noise3d_color4FA_genglsl" nodedef="ND_noise3d_color4FA" file="mx_noise3d_fa_vector4.glsl" function="mx_noise3d_fa_vector4" target="genglsl" />
  <implementation name="IM_noise3d_vector2_genglsl" nodedef="ND_noise3d_vector2" file="mx_noise3d_vector2.glsl" function="mx_noise3d_vector2" target="genglsl" />
  <implementation name="IM_noise3d_vector3_genglsl" nodedef="ND_noise3d_vector3" file="mx_noise3d_vector3.glsl" function="mx_noise3d_vector3" target="genglsl" />
  <implementation name="IM_noise3d_vector4_genglsl" nodedef="ND_noise3d_vector4" file="mx_noise3d_vector4.glsl" function="mx_noise3d_vector4" target="genglsl" />
  <implementation name="IM_noise3d_vector2FA_genglsl" nodedef="ND_noise3d_vector2FA" file="mx_noise3d_fa_vector2.glsl" function="mx_noise3d_fa_vector2" target="genglsl" />
  <implementation name="IM_noise3d_vector3FA_genglsl" nodedef="ND_noise3d_vector3FA" file="mx_noise3d_fa_vector3.glsl" function="mx_noise3d_fa_vector3" target="genglsl" />
  <implementation name="IM_noise3d_vector4FA_genglsl" nodedef="ND_noise3d_vector4FA" file="mx_noise3d_fa_vector4.glsl" function="mx_noise3d_fa_vector4" target="genglsl" />
  <implementation name="IM_fractal3d_float_genglsl" nodedef="ND_fractal3d_float" file="mx_fractal3d_float.glsl" function="mx_fractal3d_float" target="genglsl" />
  <implementation name="IM_fractal3d_color3_genglsl" nodedef="ND_fractal3d_color3" file="mx_fractal3d_vector3.glsl" function="mx_fractal3d_vector3" target="genglsl" />
  <implementation name="IM_fractal3d_color4_genglsl" nodedef="ND_fractal3d_color4" file="mx_fractal3d_vector4.glsl" function="mx_fractal3d_vector4" target="genglsl" />
  <implementation name="IM_fractal3d_color3FA_genglsl" nodedef="ND_fractal3d_color3FA" file="mx_fractal3d_fa_vector3.glsl" function="mx_fractal3d_fa_vector3" target="genglsl" />
  <implementation name="IM_fractal3d_color4FA_genglsl" nodedef="ND_fractal3d_color4FA" file="mx_fractal3d_fa_vector4.glsl" function="mx_fractal3d_fa_vector4" target="genglsl" />
  <implementation name="IM_fractal3d_vector2_genglsl" nodedef="ND_fractal3d_vector2" file="mx_fractal3d_vector2.glsl" function="mx_fractal3d_vector2" target="genglsl" />
  <implementation name="IM_fractal3d_vector3_genglsl" nodedef="ND_fractal3d_vector3" file="mx_fractal3d_vector3.glsl" function="mx_fractal3d_vector3" target="genglsl" />
  <implementation name="IM_fractal3d_vector4_genglsl" nodedef="ND_fractal3d_vector4" file="mx_fractal3d_vector4.glsl" function="mx_fractal3d_vector4" target="genglsl" />
  <implementation name="IM_fractal3d_vector2FA_genglsl" nodedef="ND_fractal3d_vector2FA" file="mx_fractal3d_fa_vector2.glsl" function="mx_fractal3d_fa_vector2" target="genglsl" />
  <implementation name="IM_fractal3d_vector3FA_genglsl" nodedef="ND_fractal3d_vector3FA" file="mx_fractal3d_fa_vector3.glsl" function="mx_fractal3d_fa_vector3" target="genglsl" />
  <implementation name="IM_fractal3d_vector4FA_genglsl" nodedef="ND_fractal3d_vector4FA" file="mx_fractal3d_fa_vector4.glsl" function="mx_fractal3d_fa_vector4" target="genglsl" />
  <implementation name="IM_cellnoise2d_float_genglsl" nodedef="ND_cellnoise2d_float" file="mx_cellnoise2d_float.glsl" function="mx_cellnoise2d_float" target="genglsl" />
  <implementation name="IM_cellnoise3d_float_genglsl" nodedef="ND_cellnoise3d_float" file="mx_cellnoise3d_float.glsl" function="mx_cellnoise3d_float" target="genglsl" />
  <implementation name="IM_worleynoise2d_float_genglsl" nodedef="ND_worleynoise2d_float" file="mx_worleynoise2d_float.glsl" function="mx_worleynoise2d_float" target="genglsl" />
  <implementation name="IM_worleynoise2d_vector2_genglsl" nodedef="ND_worleynoise2d_vector2" file="mx_worleynoise2d_vector2.glsl" function="mx_worleynoise2d_vector2" target="genglsl" />
  <implementation name="IM_worleynoise2d_vector3_genglsl" nodedef="ND_worleynoise2d_vector3" file="mx_worleynoise2d_vector3.glsl" function="mx_worleynoise2d_vector3" target="genglsl" />
  <implementation name="IM_worleynoise3d_float_genglsl" nodedef="ND_worleynoise3d_float" file="mx_worleynoise3d_float.glsl" function="mx_worleynoise3d_float" target="genglsl" />
  <implementation name="IM_worleynoise3d_vector2_genglsl" nodedef="ND_worleynoise3d_vector2" file="mx_worleynoise3d_vector2.glsl" function="mx_worleynoise3d_vector2" target="genglsl" />
  <implementation name="IM_worleynoise3d_vector3_genglsl" nodedef="ND_worleynoise3d_vector3" file="mx_worleynoise3d_vector3.glsl" function="mx_worleynoise3d_vector3" target="genglsl" />
  <implementation name="IM_position_vector3_genglsl" nodedef="ND_position_vector3" target="genglsl" />
  <implementation name="IM_normal_vector3_genglsl" nodedef="ND_normal_vector3" target="genglsl" />
  <implementation name="IM_tangent_vector3_genglsl" nodedef="ND_tangent_vector3" target="genglsl" />
  <implementation name="IM_bitangent_vector3_genglsl" nodedef="ND_bitangent_vector3" target="genglsl" />
  <implementation name="IM_texcoord_vector2_genglsl" nodedef="ND_texcoord_vector2" target="genglsl" />
  <implementation name="IM_texcoord_vector3_genglsl" nodedef="ND_texcoord_vector3" target="genglsl" />
  <implementation name="IM_geomcolor_float_genglsl" nodedef="ND_geomcolor_float" target="genglsl" />
  <implementation name="IM_geomcolor_color3_genglsl" nodedef="ND_geomcolor_color3" target="genglsl" />
  <implementation name="IM_geomcolor_color4_genglsl" nodedef="ND_geomcolor_color4" target="genglsl" />
  <implementation name="IM_geompropvalue_integer_genglsl" nodedef="ND_geompropvalue_integer" function="mx_geompropvalue_int" target="genglsl" />
  <implementation name="IM_geompropvalue_boolean_genglsl" nodedef="ND_geompropvalue_boolean" function="mx_geompropvalue_bool" target="genglsl" />
  <implementation name="IM_geompropvalue_string_genglsl" nodedef="ND_geompropvalue_string" function="mx_geompropvalue_string" target="genglsl" />
  <implementation name="IM_geompropvalue_float_genglsl" nodedef="ND_geompropvalue_float" function="mx_geompropvalue_float" target="genglsl" />
  <implementation name="IM_geompropvalue_color3_genglsl" nodedef="ND_geompropvalue_color3" function="mx_geompropvalue_color" target="genglsl" />
  <implementation name="IM_geompropvalue_color4_genglsl" nodedef="ND_geompropvalue_color4" function="mx_geompropvalue_color4" target="genglsl" />
  <implementation name="IM_geompropvalue_vector2_genglsl" nodedef="ND_geompropvalue_vector2" function="mx_geompropvalue_vector2" target="genglsl" />
  <implementation name="IM_geompropvalue_vector3_genglsl" nodedef="ND_geompropvalue_vector3" function="mx_geompropvalue_vector" target="genglsl" />
  <implementation name="IM_geompropvalue_vector4_genglsl" nodedef="ND_geompropvalue_vector4" function="mx_geompropvalue_vector4" target="genglsl" />
  <implementation name="IM_frame_float_genglsl" nodedef="ND_frame_float" function="mx_frame_float" target="genglsl" />
  <implementation name="IM_time_float_genglsl" nodedef="ND_time_float" function="mx_time_float" target="genglsl" />
  <implementation name="IM_add_float_genglsl" nodedef="ND_add_float" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_color3_genglsl" nodedef="ND_add_color3" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_color3FA_genglsl" nodedef="ND_add_color3FA" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_color4_genglsl" nodedef="ND_add_color4" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_color4FA_genglsl" nodedef="ND_add_color4FA" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_vector2_genglsl" nodedef="ND_add_vector2" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_vector2FA_genglsl" nodedef="ND_add_vector2FA" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_vector3_genglsl" nodedef="ND_add_vector3" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_vector3FA_genglsl" nodedef="ND_add_vector3FA" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_vector4_genglsl" nodedef="ND_add_vector4" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_vector4FA_genglsl" nodedef="ND_add_vector4FA" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_matrix33_genglsl" nodedef="ND_add_matrix33" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_matrix33FA_genglsl" nodedef="ND_add_matrix33FA" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_matrix44_genglsl" nodedef="ND_add_matrix44" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_matrix44FA_genglsl" nodedef="ND_add_matrix44FA" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_subtract_float_genglsl" nodedef="ND_subtract_float" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_color3_genglsl" nodedef="ND_subtract_color3" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_color3FA_genglsl" nodedef="ND_subtract_color3FA" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_color4_genglsl" nodedef="ND_subtract_color4" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_color4FA_genglsl" nodedef="ND_subtract_color4FA" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_vector2_genglsl" nodedef="ND_subtract_vector2" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_vector2FA_genglsl" nodedef="ND_subtract_vector2FA" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_vector3_genglsl" nodedef="ND_subtract_vector3" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_vector3FA_genglsl" nodedef="ND_subtract_vector3FA" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_vector4_genglsl" nodedef="ND_subtract_vector4" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_vector4FA_genglsl" nodedef="ND_subtract_vector4FA" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_matrix33_genglsl" nodedef="ND_subtract_matrix33" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_matrix33FA_genglsl" nodedef="ND_subtract_matrix33FA" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_matrix44_genglsl" nodedef="ND_subtract_matrix44" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_matrix44FA_genglsl" nodedef="ND_subtract_matrix44FA" target="genglsl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_multiply_float_genglsl" nodedef="ND_multiply_float" target="genglsl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_color3_genglsl" nodedef="ND_multiply_color3" target="genglsl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_color3FA_genglsl" nodedef="ND_multiply_color3FA" target="genglsl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_color4_genglsl" nodedef="ND_multiply_color4" target="genglsl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_color4FA_genglsl" nodedef="ND_multiply_color4FA" target="genglsl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_vector2_genglsl" nodedef="ND_multiply_vector2" target="genglsl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_vector2FA_genglsl" nodedef="ND_multiply_vector2FA" target="genglsl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_vector3_genglsl" nodedef="ND_multiply_vector3" target="genglsl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_vector3FA_genglsl" nodedef="ND_multiply_vector3FA" target="genglsl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_vector4_genglsl" nodedef="ND_multiply_vector4" target="genglsl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_vector4FA_genglsl" nodedef="ND_multiply_vector4FA" target="genglsl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_matrix33_genglsl" nodedef="ND_multiply_matrix33" target="genglsl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_matrix44_genglsl" nodedef="ND_multiply_matrix44" target="genglsl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_divide_float_genglsl" nodedef="ND_divide_float" target="genglsl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_color3_genglsl" nodedef="ND_divide_color3" target="genglsl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_color3FA_genglsl" nodedef="ND_divide_color3FA" target="genglsl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_color4_genglsl" nodedef="ND_divide_color4" target="genglsl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_color4FA_genglsl" nodedef="ND_divide_color4FA" target="genglsl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_vector2_genglsl" nodedef="ND_divide_vector2" target="genglsl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_vector2FA_genglsl" nodedef="ND_divide_vector2FA" target="genglsl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_vector3_genglsl" nodedef="ND_divide_vector3" target="genglsl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_vector3FA_genglsl" nodedef="ND_divide_vector3FA" target="genglsl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_vector4_genglsl" nodedef="ND_divide_vector4" target="genglsl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_vector4FA_genglsl" nodedef="ND_divide_vector4FA" target="genglsl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_matrix33_genglsl" nodedef="ND_divide_matrix33" target="genglsl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_matrix44_genglsl" nodedef="ND_divide_matrix44" target="genglsl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_modulo_float_genglsl" nodedef="ND_modulo_float" target="genglsl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_color3_genglsl" nodedef="ND_modulo_color3" target="genglsl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_color3FA_genglsl" nodedef="ND_modulo_color3FA" target="genglsl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_color4_genglsl" nodedef="ND_modulo_color4" target="genglsl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_color4FA_genglsl" nodedef="ND_modulo_color4FA" target="genglsl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_vector2_genglsl" nodedef="ND_modulo_vector2" target="genglsl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_vector2FA_genglsl" nodedef="ND_modulo_vector2FA" target="genglsl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_vector3_genglsl" nodedef="ND_modulo_vector3" target="genglsl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_vector3FA_genglsl" nodedef="ND_modulo_vector3FA" target="genglsl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_vector4_genglsl" nodedef="ND_modulo_vector4" target="genglsl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_vector4FA_genglsl" nodedef="ND_modulo_vector4FA" target="genglsl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_invert_float_genglsl" nodedef="ND_invert_float" target="genglsl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_color3_genglsl" nodedef="ND_invert_color3" target="genglsl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_color3FA_genglsl" nodedef="ND_invert_color3FA" target="genglsl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_color4_genglsl" nodedef="ND_invert_color4" target="genglsl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_color4FA_genglsl" nodedef="ND_invert_color4FA" target="genglsl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_vector2_genglsl" nodedef="ND_invert_vector2" target="genglsl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_vector2FA_genglsl" nodedef="ND_invert_vector2FA" target="genglsl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_vector3_genglsl" nodedef="ND_invert_vector3" target="genglsl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_vector3FA_genglsl" nodedef="ND_invert_vector3FA" target="genglsl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_vector4_genglsl" nodedef="ND_invert_vector4" target="genglsl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_vector4FA_genglsl" nodedef="ND_invert_vector4FA" target="genglsl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_absval_float_genglsl" nodedef="ND_absval_float" target="genglsl" sourcecode="abs({{in}})" />
  <implementation name="IM_absval_color3_genglsl" nodedef="ND_absval_color3" target="genglsl" sourcecode="abs({{in}})" />
  <implementation name="IM_absval_color4_genglsl" nodedef="ND_absval_color4" target="genglsl" sourcecode="abs({{in}})" />
  <implementation name="IM_absval_vector2_genglsl" nodedef="ND_absval_vector2" target="genglsl" sourcecode="abs({{in}})" />
  <implementation name="IM_absval_vector3_genglsl" nodedef="ND_absval_vector3" target="genglsl" sourcecode="abs({{in}})" />
  <implementation name="IM_absval_vector4_genglsl" nodedef="ND_absval_vector4" target="genglsl" sourcecode="abs({{in}})" />
  <implementation name="IM_floor_float_genglsl" nodedef="ND_floor_float" target="genglsl" sourcecode="floor({{in}})" />
  <implementation name="IM_floor_color3_genglsl" nodedef="ND_floor_color3" target="genglsl" sourcecode="floor({{in}})" />
  <implementation name="IM_floor_color4_genglsl" nodedef="ND_floor_color4" target="genglsl" sourcecode="floor({{in}})" />
  <implementation name="IM_floor_vector2_genglsl" nodedef="ND_floor_vector2" target="genglsl" sourcecode="floor({{in}})" />
  <implementation name="IM_floor_vector3_genglsl" nodedef="ND_floor_vector3" target="genglsl" sourcecode="floor({{in}})" />
  <implementation name="IM_floor_vector4_genglsl" nodedef="ND_floor_vector4" target="genglsl" sourcecode="floor({{in}})" />
  <implementation name="IM_ceil_float_genglsl" nodedef="ND_ceil_float" target="genglsl" sourcecode="ceil({{in}})" />
  <implementation name="IM_ceil_color3_genglsl" nodedef="ND_ceil_color3" target="genglsl" sourcecode="ceil({{in}})" />
  <implementation name="IM_ceil_color4_genglsl" nodedef="ND_ceil_color4" target="genglsl" sourcecode="ceil({{in}})" />
  <implementation name="IM_ceil_vector2_genglsl" nodedef="ND_ceil_vector2" target="genglsl" sourcecode="ceil({{in}})" />
  <implementation name="IM_ceil_vector3_genglsl" nodedef="ND_ceil_vector3" target="genglsl" sourcecode="ceil({{in}})" />
  <implementation name="IM_ceil_vector4_genglsl" nodedef="ND_ceil_vector4" target="genglsl" sourcecode="ceil({{in}})" />
  <implementation name="IM_power_float_genglsl" nodedef="ND_power_float" target="genglsl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_color3_genglsl" nodedef="ND_power_color3" target="genglsl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_color3FA_genglsl" nodedef="ND_power_color3FA" target="genglsl" sourcecode="pow({{in1}}, vec3({{in2}}))" />
  <implementation name="IM_power_color4_genglsl" nodedef="ND_power_color4" target="genglsl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_color4FA_genglsl" nodedef="ND_power_color4FA" target="genglsl" sourcecode="pow({{in1}}, vec4({{in2}}))" />
  <implementation name="IM_power_vector2_genglsl" nodedef="ND_power_vector2" target="genglsl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_vector2FA_genglsl" nodedef="ND_power_vector2FA" target="genglsl" sourcecode="pow({{in1}}, vec2({{in2}}))" />
  <implementation name="IM_power_vector3_genglsl" nodedef="ND_power_vector3" target="genglsl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_vector3FA_genglsl" nodedef="ND_power_vector3FA" target="genglsl" sourcecode="pow({{in1}}, vec3({{in2}}))" />
  <implementation name="IM_power_vector4_genglsl" nodedef="ND_power_vector4" target="genglsl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_vector4FA_genglsl" nodedef="ND_power_vector4FA" target="genglsl" sourcecode="pow({{in1}}, vec4({{in2}}))" />
  <implementation name="IM_sin_float_genglsl" nodedef="ND_sin_float" target="genglsl" sourcecode="sin({{in}})" />
  <implementation name="IM_cos_float_genglsl" nodedef="ND_cos_float" target="genglsl" sourcecode="cos({{in}})" />
  <implementation name="IM_tan_float_genglsl" nodedef="ND_tan_float" target="genglsl" sourcecode="tan({{in}})" />
  <implementation name="IM_asin_float_genglsl" nodedef="ND_asin_float" target="genglsl" sourcecode="asin({{in}})" />
  <implementation name="IM_acos_float_genglsl" nodedef="ND_acos_float" target="genglsl" sourcecode="acos({{in}})" />
  <implementation name="IM_atan2_float_genglsl" nodedef="ND_atan2_float" target="genglsl" sourcecode="atan({{in1}}, {{in2}})" />
  <implementation name="IM_sin_vector2_genglsl" nodedef="ND_sin_vector2" target="genglsl" sourcecode="sin({{in}})" />
  <implementation name="IM_cos_vector2_genglsl" nodedef="ND_cos_vector2" target="genglsl" sourcecode="cos({{in}})" />
  <implementation name="IM_tan_vector2_genglsl" nodedef="ND_tan_vector2" target="genglsl" sourcecode="tan({{in}})" />
  <implementation name="IM_asin_vector2_genglsl" nodedef="ND_asin_vector2" target="genglsl" sourcecode="asin({{in}})" />
  <implementation name="IM_acos_vector2_genglsl" nodedef="ND_acos_vector2" target="genglsl" sourcecode="acos({{in}})" />
  <implementation name="IM_atan2_vector2_genglsl" nodedef="ND_atan2_vector2" target="genglsl" sourcecode="atan({{in1}}, {{in2}})" />
  <implementation name="IM_sin_vector3_genglsl" nodedef="ND_sin_vector3" target="genglsl" sourcecode="sin({{in}})" />
  <implementation name="IM_cos_vector3_genglsl" nodedef="ND_cos_vector3" target="genglsl" sourcecode="cos({{in}})" />
  <implementation name="IM_tan_vector3_genglsl" nodedef="ND_tan_vector3" target="genglsl" sourcecode="tan({{in}})" />
  <implementation name="IM_asin_vector3_genglsl" nodedef="ND_asin_vector3" target="genglsl" sourcecode="asin({{in}})" />
  <implementation name="IM_acos_vector3_genglsl" nodedef="ND_acos_vector3" target="genglsl" sourcecode="acos({{in}})" />
  <implementation name="IM_atan2_vector3_genglsl" nodedef="ND_atan2_vector3" target="genglsl" sourcecode="atan({{in1}}, {{in2}})" />
  <implementation name="IM_sin_vector4_genglsl" nodedef="ND_sin_vector4" target="genglsl" sourcecode="sin({{in}})" />
  <implementation name="IM_cos_vector4_genglsl" nodedef="ND_cos_vector4" target="genglsl" sourcecode="cos({{in}})" />
  <implementation name="IM_tan_vector4_genglsl" nodedef="ND_tan_vector4" target="genglsl" sourcecode="tan({{in}})" />
  <implementation name="IM_asin_vector4_genglsl" nodedef="ND_asin_vector4" target="genglsl" sourcecode="asin({{in}})" />
  <implementation name="IM_acos_vector4_genglsl" nodedef="ND_acos_vector4" target="genglsl" sourcecode="acos({{in}})" />
  <implementation name="IM_atan2_vector4_genglsl" nodedef="ND_atan2_vector4" target="genglsl" sourcecode="atan({{in1}}, {{in2}})" />
  <implementation name="IM_sqrt_float_genglsl" nodedef="ND_sqrt_float" target="genglsl" sourcecode="sqrt({{in}})" />
  <implementation name="IM_sqrt_vector2_genglsl" nodedef="ND_sqrt_vector2" target="genglsl" sourcecode="sqrt({{in}})" />
  <implementation name="IM_sqrt_vector3_genglsl" nodedef="ND_sqrt_vector3" target="genglsl" sourcecode="sqrt({{in}})" />
  <implementation name="IM_sqrt_vector4_genglsl" nodedef="ND_sqrt_vector4" target="genglsl" sourcecode="sqrt({{in}})" />
  <implementation name="IM_ln_float_genglsl" nodedef="ND_ln_float" target="genglsl" sourcecode="log({{in}})" />
  <implementation name="IM_ln_vector2_genglsl" nodedef="ND_ln_vector2" target="genglsl" sourcecode="log({{in}})" />
  <implementation name="IM_ln_vector3_genglsl" nodedef="ND_ln_vector3" target="genglsl" sourcecode="log({{in}})" />
  <implementation name="IM_ln_vector4_genglsl" nodedef="ND_ln_vector4" target="genglsl" sourcecode="log({{in}})" />
  <implementation name="IM_exp_float_genglsl" nodedef="ND_exp_float" target="genglsl" sourcecode="exp({{in}})" />
  <implementation name="IM_exp_vector2_genglsl" nodedef="ND_exp_vector2" target="genglsl" sourcecode="exp({{in}})" />
  <implementation name="IM_exp_vector3_genglsl" nodedef="ND_exp_vector3" target="genglsl" sourcecode="exp({{in}})" />
  <implementation name="IM_exp_vector4_genglsl" nodedef="ND_exp_vector4" target="genglsl" sourcecode="exp({{in}})" />
  <implementation name="IM_sign_float_genglsl" nodedef="ND_sign_float" target="genglsl" sourcecode="sign({{in}})" />
  <implementation name="IM_sign_color3_genglsl" nodedef="ND_sign_color3" target="genglsl" sourcecode="sign({{in}})" />
  <implementation name="IM_sign_color4_genglsl" nodedef="ND_sign_color4" target="genglsl" sourcecode="sign({{in}})" />
  <implementation name="IM_sign_vector2_genglsl" nodedef="ND_sign_vector2" target="genglsl" sourcecode="sign({{in}})" />
  <implementation name="IM_sign_vector3_genglsl" nodedef="ND_sign_vector3" target="genglsl" sourcecode="sign({{in}})" />
  <implementation name="IM_sign_vector4_genglsl" nodedef="ND_sign_vector4" target="genglsl" sourcecode="sign({{in}})" />
  <implementation name="IM_clamp_float_genglsl" nodedef="ND_clamp_float" target="genglsl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_color3_genglsl" nodedef="ND_clamp_color3" target="genglsl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_color3FA_genglsl" nodedef="ND_clamp_color3FA" target="genglsl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_color4_genglsl" nodedef="ND_clamp_color4" target="genglsl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_color4FA_genglsl" nodedef="ND_clamp_color4FA" target="genglsl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_vector2_genglsl" nodedef="ND_clamp_vector2" target="genglsl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_vector2FA_genglsl" nodedef="ND_clamp_vector2FA" target="genglsl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_vector3_genglsl" nodedef="ND_clamp_vector3" target="genglsl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_vector3FA_genglsl" nodedef="ND_clamp_vector3FA" target="genglsl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_vector4_genglsl" nodedef="ND_clamp_vector4" target="genglsl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_vector4FA_genglsl" nodedef="ND_clamp_vector4FA" target="genglsl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_min_float_genglsl" nodedef="ND_min_float" target="genglsl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_color3_genglsl" nodedef="ND_min_color3" target="genglsl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_color3FA_genglsl" nodedef="ND_min_color3FA" target="genglsl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_color4_genglsl" nodedef="ND_min_color4" target="genglsl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_color4FA_genglsl" nodedef="ND_min_color4FA" target="genglsl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_vector2_genglsl" nodedef="ND_min_vector2" target="genglsl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_vector2FA_genglsl" nodedef="ND_min_vector2FA" target="genglsl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_vector3_genglsl" nodedef="ND_min_vector3" target="genglsl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_vector3FA_genglsl" nodedef="ND_min_vector3FA" target="genglsl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_vector4_genglsl" nodedef="ND_min_vector4" target="genglsl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_vector4FA_genglsl" nodedef="ND_min_vector4FA" target="genglsl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_max_float_genglsl" nodedef="ND_max_float" target="genglsl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_color3_genglsl" nodedef="ND_max_color3" target="genglsl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_color3FA_genglsl" nodedef="ND_max_color3FA" target="genglsl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_color4_genglsl" nodedef="ND_max_color4" target="genglsl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_color4FA_genglsl" nodedef="ND_max_color4FA" target="genglsl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_vector2_genglsl" nodedef="ND_max_vector2" target="genglsl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_vector2FA_genglsl" nodedef="ND_max_vector2FA" target="genglsl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_vector3_genglsl" nodedef="ND_max_vector3" target="genglsl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_vector3FA_genglsl" nodedef="ND_max_vector3FA" target="genglsl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_vector4_genglsl" nodedef="ND_max_vector4" target="genglsl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_vector4FA_genglsl" nodedef="ND_max_vector4FA" target="genglsl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_normalize_vector2_genglsl" nodedef="ND_normalize_vector2" target="genglsl" sourcecode="normalize({{in}})" />
  <implementation name="IM_normalize_vector3_genglsl" nodedef="ND_normalize_vector3" target="genglsl" sourcecode="normalize({{in}})" />
  <implementation name="IM_normalize_vector4_genglsl" nodedef="ND_normalize_vector4" target="genglsl" sourcecode="normalize({{in}})" />
  <implementation name="IM_magnitude_vector2_genglsl" nodedef="ND_magnitude_vector2" target="genglsl" sourcecode="length({{in}})" />
  <implementation name="IM_magnitude_vector3_genglsl" nodedef="ND_magnitude_vector3" target="genglsl" sourcecode="length({{in}})" />
  <implementation name="IM_magnitude_vector4_genglsl" nodedef="ND_magnitude_vector4" target="genglsl" sourcecode="length({{in}})" />
  <implementation name="IM_dotproduct_vector2_genglsl" nodedef="ND_dotproduct_vector2" target="genglsl" sourcecode="dot({{in1}}, {{in2}})" />
  <implementation name="IM_dotproduct_vector3_genglsl" nodedef="ND_dotproduct_vector3" target="genglsl" sourcecode="dot({{in1}}, {{in2}})" />
  <implementation name="IM_dotproduct_vector4_genglsl" nodedef="ND_dotproduct_vector4" target="genglsl" sourcecode="dot({{in1}}, {{in2}})" />
  <implementation name="IM_crossproduct_vector3_genglsl" nodedef="ND_crossproduct_vector3" target="genglsl" sourcecode="cross({{in1}}, {{in2}})" />
  <implementation name="IM_transformpoint_vector3_genglsl" nodedef="ND_transformpoint_vector3" target="genglsl" />
  <implementation name="IM_transformvector_vector3_genglsl" nodedef="ND_transformvector_vector3" target="genglsl" />
  <implementation name="IM_transformnormal_vector3_genglsl" nodedef="ND_transformnormal_vector3" target="genglsl" />
  <implementation name="IM_transformmatrix_vector2M3_genglsl" nodedef="ND_transformmatrix_vector2M3" function="mx_transformmatrix_vector2M3" file="mx_transformmatrix_vector2M3.glsl" target="genglsl" />
  <implementation name="IM_transformmatrix_vector3_genglsl" nodedef="ND_transformmatrix_vector3" target="genglsl" sourcecode="{{mat}} * {{in}}" />
  <implementation name="IM_transformmatrix_vector3M4_genglsl" nodedef="ND_transformmatrix_vector3M4" function="mx_transformmatrix_vector3M4" file="mx_transformmatrix_vector3M4.glsl" target="genglsl" />
  <implementation name="IM_transformmatrix_vector4_genglsl" nodedef="ND_transformmatrix_vector4" target="genglsl" sourcecode="{{mat}} * {{in}}" />
  <implementation name="IM_transpose_matrix33_genglsl" nodedef="ND_transpose_matrix33" target="genglsl" sourcecode="transpose({{in}})" />
  <implementation name="IM_transpose_matrix44_genglsl" nodedef="ND_transpose_matrix44" target="genglsl" sourcecode="transpose({{in}})" />
  <implementation name="IM_determinant_matrix33_genglsl" nodedef="ND_determinant_matrix33" target="genglsl" sourcecode="determinant({{in}})" />
  <implementation name="IM_determinant_matrix44_genglsl" nodedef="ND_determinant_matrix44" target="genglsl" sourcecode="determinant({{in}})" />
  <implementation name="IM_invertmatrix_matrix33_genglsl" nodedef="ND_invertmatrix_matrix33" target="genglsl" sourcecode="inverse({{in}})" />
  <implementation name="IM_invertmatrix_matrix44_genglsl" nodedef="ND_invertmatrix_matrix44" target="genglsl" sourcecode="inverse({{in}})" />
  <implementation name="IM_rotate2d_vector2_genglsl" nodedef="ND_rotate2d_vector2" file="mx_rotate_vector2.glsl" function="mx_rotate_vector2" target="genglsl" />
  <implementation name="IM_rotate3d_vector3_genglsl" nodedef="ND_rotate3d_vector3" file="mx_rotate_vector3.glsl" function="mx_rotate_vector3" target="genglsl" />
  <implementation name="IM_remap_float_genglsl" nodedef="ND_remap_float" target="genglsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_remap_color3_genglsl" nodedef="ND_remap_color3" target="genglsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_remap_color3FA_genglsl" nodedef="ND_remap_color3FA" target="genglsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_remap_color4_genglsl" nodedef="ND_remap_color4" target="genglsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_remap_color4FA_genglsl" nodedef="ND_remap_color4FA" target="genglsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_remap_vector2_genglsl" nodedef="ND_remap_vector2" target="genglsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_remap_vector2FA_genglsl" nodedef="ND_remap_vector2FA" target="genglsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_remap_vector3_genglsl" nodedef="ND_remap_vector3" target="genglsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_remap_vector3FA_genglsl" nodedef="ND_remap_vector3FA" target="genglsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_remap_vector4_genglsl" nodedef="ND_remap_vector4" target="genglsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_remap_vector4FA_genglsl" nodedef="ND_remap_vector4FA" target="genglsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_smoothstep_float_genglsl" nodedef="ND_smoothstep_float" file="mx_smoothstep_float.glsl" function="mx_smoothstep_float" target="genglsl" />
  <implementation name="IM_smoothstep_color3_genglsl" nodedef="ND_smoothstep_color3" file="mx_smoothstep_vec3.glsl" function="mx_smoothstep_vec3" target="genglsl" />
  <implementation name="IM_smoothstep_color3FA_genglsl" nodedef="ND_smoothstep_color3FA" file="mx_smoothstep_vec3FA.glsl" function="mx_smoothstep_vec3FA" target="genglsl" />
  <implementation name="IM_smoothstep_color4_genglsl" nodedef="ND_smoothstep_color4" file="mx_smoothstep_vec4.glsl" function="mx_smoothstep_vec4" target="genglsl" />
  <implementation name="IM_smoothstep_color4FA_genglsl" nodedef="ND_smoothstep_color4FA" file="mx_smoothstep_vec4FA.glsl" function="mx_smoothstep_vec4FA" target="genglsl" />
  <implementation name="IM_smoothstep_vector2_genglsl" nodedef="ND_smoothstep_vector2" file="mx_smoothstep_vec2.glsl" function="mx_smoothstep_vec2" target="genglsl" />
  <implementation name="IM_smoothstep_vector2FA_genglsl" nodedef="ND_smoothstep_vector2FA" file="mx_smoothstep_vec2FA.glsl" function="mx_smoothstep_vec2FA" target="genglsl" />
  <implementation name="IM_smoothstep_vector3_genglsl" nodedef="ND_smoothstep_vector3" file="mx_smoothstep_vec3.glsl" function="mx_smoothstep_vec3" target="genglsl" />
  <implementation name="IM_smoothstep_vector3FA_genglsl" nodedef="ND_smoothstep_vector3FA" file="mx_smoothstep_vec3FA.glsl" function="mx_smoothstep_vec3FA" target="genglsl" />
  <implementation name="IM_smoothstep_vector4_genglsl" nodedef="ND_smoothstep_vector4" file="mx_smoothstep_vec4.glsl" function="mx_smoothstep_vec4" target="genglsl" />
  <implementation name="IM_smoothstep_vector4FA_genglsl" nodedef="ND_smoothstep_vector4FA" file="mx_smoothstep_vec4FA.glsl" function="mx_smoothstep_vec4FA" target="genglsl" />
  <implementation name="IM_luminance_color3_genglsl" nodedef="ND_luminance_color3" file="mx_luminance_color3.glsl" function="mx_luminance_color3" target="genglsl" />
  <implementation name="IM_luminance_color4_genglsl" nodedef="ND_luminance_color4" file="mx_luminance_color4.glsl" function="mx_luminance_color4" target="genglsl" />
  <implementation name="IM_rgbtohsv_color3_genglsl" nodedef="ND_rgbtohsv_color3" file="mx_rgbtohsv_color3.glsl" function="mx_rgbtohsv_color3" target="genglsl" />
  <implementation name="IM_rgbtohsv_color4_genglsl" nodedef="ND_rgbtohsv_color4" file="mx_rgbtohsv_color4.glsl" function="mx_rgbtohsv_color4" target="genglsl" />
  <implementation name="IM_hsvtorgb_color3_genglsl" nodedef="ND_hsvtorgb_color3" file="mx_hsvtorgb_color3.glsl" function="mx_hsvtorgb_color3" target="genglsl" />
  <implementation name="IM_hsvtorgb_color4_genglsl" nodedef="ND_hsvtorgb_color4" file="mx_hsvtorgb_color4.glsl" function="mx_hsvtorgb_color4" target="genglsl" />
  <implementation name="IM_premult_color4_genglsl" nodedef="ND_premult_color4" file="mx_premult_color4.glsl" function="mx_premult_color4" target="genglsl" />
  <implementation name="IM_unpremult_color4_genglsl" nodedef="ND_unpremult_color4" file="mx_unpremult_color4.glsl" function="mx_unpremult_color4" target="genglsl" />
  <implementation name="IM_plus_float_genglsl" nodedef="ND_plus_float" target="genglsl" sourcecode="({{mix}}*({{bg}} + {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_plus_color3_genglsl" nodedef="ND_plus_color3" target="genglsl" sourcecode="({{mix}}*({{bg}} + {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_plus_color4_genglsl" nodedef="ND_plus_color4" target="genglsl" sourcecode="({{mix}}*({{bg}} + {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_minus_float_genglsl" nodedef="ND_minus_float" target="genglsl" sourcecode="({{mix}}*({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_minus_color3_genglsl" nodedef="ND_minus_color3" target="genglsl" sourcecode="({{mix}}*({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_minus_color4_genglsl" nodedef="ND_minus_color4" target="genglsl" sourcecode="({{mix}}*({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_difference_float_genglsl" nodedef="ND_difference_float" target="genglsl" sourcecode="({{mix}}*abs({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_difference_color3_genglsl" nodedef="ND_difference_color3" target="genglsl" sourcecode="({{mix}}*abs({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_difference_color4_genglsl" nodedef="ND_difference_color4" target="genglsl" sourcecode="({{mix}}*abs({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_burn_float_genglsl" nodedef="ND_burn_float" file="mx_burn_float.glsl" function="mx_burn_float" target="genglsl" />
  <implementation name="IM_burn_color3_genglsl" nodedef="ND_burn_color3" file="mx_burn_color3.glsl" function="mx_burn_color3" target="genglsl" />
  <implementation name="IM_burn_color4_genglsl" nodedef="ND_burn_color4" file="mx_burn_color4.glsl" function="mx_burn_color4" target="genglsl" />
  <implementation name="IM_dodge_float_genglsl" nodedef="ND_dodge_float" file="mx_dodge_float.glsl" function="mx_dodge_float" target="genglsl" />
  <implementation name="IM_dodge_color3_genglsl" nodedef="ND_dodge_color3" file="mx_dodge_color3.glsl" function="mx_dodge_color3" target="genglsl" />
  <implementation name="IM_dodge_color4_genglsl" nodedef="ND_dodge_color4" file="mx_dodge_color4.glsl" function="mx_dodge_color4" target="genglsl" />
  <implementation name="IM_screen_float_genglsl" nodedef="ND_screen_float" target="genglsl" sourcecode="({{mix}}*((1.0 - (1.0 - {{fg}}) * (1.0 - {{bg}})))) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_screen_color3_genglsl" nodedef="ND_screen_color3" target="genglsl" sourcecode="({{mix}}*((1.0 - (1.0 - {{fg}}) * (1.0 - {{bg}})))) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_screen_color4_genglsl" nodedef="ND_screen_color4" target="genglsl" sourcecode="({{mix}}*((1.0 - (1.0 - {{fg}}) * (1.0 - {{bg}})))) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_overlay_float_genglsl" nodedef="ND_overlay_float" target="genglsl" sourcecode="({{fg}} < 0.5) ? ({{mix}}*2.0*{{fg}}*{{bg}}) + ((1.0-{{mix}})*{{bg}}) : ({{mix}}*(1.0-(1.0-{{fg}})*(1.0-{{bg}}))) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_overlay_color3_genglsl" nodedef="ND_overlay_color3" file="mx_overlay_color3.glsl" function="mx_overlay_color3" target="genglsl" />
  <implementation name="IM_overlay_color4_genglsl" nodedef="ND_overlay_color4" file="mx_overlay_color4.glsl" function="mx_overlay_color4" target="genglsl" />
  <implementation name="IM_disjointover_color4_genglsl" nodedef="ND_disjointover_color4" file="mx_disjointover_color4.glsl" function="mx_disjointover_color4" target="genglsl" />
  <implementation name="IM_in_color4_genglsl" nodedef="ND_in_color4" target="genglsl" sourcecode="({{fg}}*{{bg}}.a  * {{mix}}) + ({{bg}} * (1.0-{{mix}}));" />
  <implementation name="IM_mask_color4_genglsl" nodedef="ND_mask_color4" target="genglsl" sourcecode="({{bg}}*{{fg}}.a  * {{mix}}) + ({{bg}} * (1.0-{{mix}}));" />
  <implementation name="IM_matte_color4_genglsl" nodedef="ND_matte_color4" target="genglsl" sourcecode="vec4( {{fg}}.xyz*{{fg}}.w + {{bg}}.xyz*(1.0-{{fg}}.w), {{fg}}.w + ({{bg}}.w*(1.0-{{fg}}.w)) ) * {{mix}} + ({{bg}} * (1.0-{{mix}}));" />
  <implementation name="IM_out_color4_genglsl" nodedef="ND_out_color4" target="genglsl" sourcecode="({{fg}}*(1.0-{{bg}}.a)  * {{mix}}) + ({{bg}} * (1.0-{{mix}}));" />
  <implementation name="IM_over_color4_genglsl" nodedef="ND_over_color4" target="genglsl" sourcecode="({{fg}} + ({{bg}}*(1.0-{{fg}}[3]))) * {{mix}} + {{bg}} * (1.0-{{mix}})" />
  <implementation name="IM_inside_float_genglsl" nodedef="ND_inside_float" target="genglsl" sourcecode="{{in}} * {{mask}}" />
  <implementation name="IM_inside_color3_genglsl" nodedef="ND_inside_color3" target="genglsl" sourcecode="{{in}} * {{mask}}" />
  <implementation name="IM_inside_color4_genglsl" nodedef="ND_inside_color4" target="genglsl" sourcecode="{{in}} * {{mask}}" />
  <implementation name="IM_outside_float_genglsl" nodedef="ND_outside_float" target="genglsl" sourcecode="{{in}} * (1.0 - {{mask}})" />
  <implementation name="IM_outside_color3_genglsl" nodedef="ND_outside_color3" target="genglsl" sourcecode="{{in}} * (1.0 - {{mask}})" />
  <implementation name="IM_outside_color4_genglsl" nodedef="ND_outside_color4" target="genglsl" sourcecode="{{in}} * (1.0 - {{mask}})" />
  <implementation name="IM_mix_float_genglsl" nodedef="ND_mix_float" target="genglsl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_color3_genglsl" nodedef="ND_mix_color3" target="genglsl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_color3_color3_genglsl" nodedef="ND_mix_color3_color3" target="genglsl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_color4_genglsl" nodedef="ND_mix_color4" target="genglsl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_color4_color4_genglsl" nodedef="ND_mix_color4_color4" target="genglsl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_vector2_genglsl" nodedef="ND_mix_vector2" target="genglsl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_vector2_vector2_genglsl" nodedef="ND_mix_vector2_vector2" target="genglsl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_vector3_genglsl" nodedef="ND_mix_vector3" target="genglsl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_vector3_vector3_genglsl" nodedef="ND_mix_vector3_vector3" target="genglsl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_vector4_genglsl" nodedef="ND_mix_vector4" target="genglsl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_vector4_vector4_genglsl" nodedef="ND_mix_vector4_vector4" target="genglsl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_surfaceshader_genglsl" nodedef="ND_mix_surfaceshader" function="mx_mix_surfaceshader" file="mx_mix_surfaceshader.glsl" target="genglsl" />
  <implementation name="IM_ifgreater_float_genglsl" nodedef="ND_ifgreater_float" target="genglsl" sourcecode="({{value1}} > {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreater_color3_genglsl" nodedef="ND_ifgreater_color3" target="genglsl" sourcecode="({{value1}} > {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreater_color4_genglsl" nodedef="ND_ifgreater_color4" target="genglsl" sourcecode="({{value1}} > {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreater_vector2_genglsl" nodedef="ND_ifgreater_vector2" target="genglsl" sourcecode="({{value1}} > {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreater_vector3_genglsl" nodedef="ND_ifgreater_vector3" target="genglsl" sourcecode="({{value1}} > {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreater_vector4_genglsl" nodedef="ND_ifgreater_vector4" target="genglsl" sourcecode="({{value1}} > {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreater_floatI_genglsl" nodedef="ND_ifgreater_floatI" target="genglsl" sourcecode="({{value1}} > {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreater_color3I_genglsl" nodedef="ND_ifgreater_color3I" target="genglsl" sourcecode="({{value1}} > {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreater_color4I_genglsl" nodedef="ND_ifgreater_color4I" target="genglsl" sourcecode="({{value1}} > {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreater_vector2I_genglsl" nodedef="ND_ifgreater_vector2I" target="genglsl" sourcecode="({{value1}} > {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreater_vector3I_genglsl" nodedef="ND_ifgreater_vector3I" target="genglsl" sourcecode="({{value1}} > {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreater_vector4I_genglsl" nodedef="ND_ifgreater_vector4I" target="genglsl" sourcecode="({{value1}} > {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreatereq_float_genglsl" nodedef="ND_ifgreatereq_float" target="genglsl" sourcecode="({{value1}} >= {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreatereq_color3_genglsl" nodedef="ND_ifgreatereq_color3" target="genglsl" sourcecode="({{value1}} >= {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreatereq_color4_genglsl" nodedef="ND_ifgreatereq_color4" target="genglsl" sourcecode="({{value1}} >= {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreatereq_vector2_genglsl" nodedef="ND_ifgreatereq_vector2" target="genglsl" sourcecode="({{value1}} >= {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreatereq_vector3_genglsl" nodedef="ND_ifgreatereq_vector3" target="genglsl" sourcecode="({{value1}} >= {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreatereq_vector4_genglsl" nodedef="ND_ifgreatereq_vector4" target="genglsl" sourcecode="({{value1}} >= {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreatereq_floatI_genglsl" nodedef="ND_ifgreatereq_floatI" target="genglsl" sourcecode="({{value1}} >= {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreatereq_color3I_genglsl" nodedef="ND_ifgreatereq_color3I" target="genglsl" sourcecode="({{value1}} >= {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreatereq_color4I_genglsl" nodedef="ND_ifgreatereq_color4I" target="genglsl" sourcecode="({{value1}} >= {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreatereq_vector2I_genglsl" nodedef="ND_ifgreatereq_vector2I" target="genglsl" sourcecode="({{value1}} >= {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreatereq_vector3I_genglsl" nodedef="ND_ifgreatereq_vector3I" target="genglsl" sourcecode="({{value1}} >= {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifgreatereq_vector4I_genglsl" nodedef="ND_ifgreatereq_vector4I" target="genglsl" sourcecode="({{value1}} >= {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_float_genglsl" nodedef="ND_ifequal_float" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_color3_genglsl" nodedef="ND_ifequal_color3" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_color4_genglsl" nodedef="ND_ifequal_color4" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_vector2_genglsl" nodedef="ND_ifequal_vector2" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_vector3_genglsl" nodedef="ND_ifequal_vector3" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_vector4_genglsl" nodedef="ND_ifequal_vector4" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_floatI_genglsl" nodedef="ND_ifequal_floatI" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_color3I_genglsl" nodedef="ND_ifequal_color3I" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_color4I_genglsl" nodedef="ND_ifequal_color4I" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_vector2I_genglsl" nodedef="ND_ifequal_vector2I" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_vector3I_genglsl" nodedef="ND_ifequal_vector3I" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_vector4I_genglsl" nodedef="ND_ifequal_vector4I" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_floatB_genglsl" nodedef="ND_ifequal_floatB" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_color3B_genglsl" nodedef="ND_ifequal_color3B" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_color4B_genglsl" nodedef="ND_ifequal_color4B" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_vector2B_genglsl" nodedef="ND_ifequal_vector2B" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_vector3B_genglsl" nodedef="ND_ifequal_vector3B" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_ifequal_vector4B_genglsl" nodedef="ND_ifequal_vector4B" target="genglsl" sourcecode="({{value1}} == {{value2}}) ? {{in1}} : {{in2}}" />
  <implementation name="IM_switch_float_genglsl" nodedef="ND_switch_float" target="genglsl" />
  <implementation name="IM_switch_color3_genglsl" nodedef="ND_switch_color3" target="genglsl" />
  <implementation name="IM_switch_color4_genglsl" nodedef="ND_switch_color4" target="genglsl" />
  <implementation name="IM_switch_vector2_genglsl" nodedef="ND_switch_vector2" target="genglsl" />
  <implementation name="IM_switch_vector3_genglsl" nodedef="ND_switch_vector3" target="genglsl" />
  <implementation name="IM_switch_vector4_genglsl" nodedef="ND_switch_vector4" target="genglsl" />
  <implementation name="IM_switch_floatI_genglsl" nodedef="ND_switch_floatI" target="genglsl" />
  <implementation name="IM_switch_color3I_genglsl" nodedef="ND_switch_color3I" target="genglsl" />
  <implementation name="IM_switch_color4I_genglsl" nodedef="ND_switch_color4I" target="genglsl" />
  <implementation name="IM_switch_vector2I_genglsl" nodedef="ND_switch_vector2I" target="genglsl" />
  <implementation name="IM_switch_vector3I_genglsl" nodedef="ND_switch_vector3I" target="genglsl" />
  <implementation name="IM_switch_vector4I_genglsl" nodedef="ND_switch_vector4I" target="genglsl" />
  <implementation name="IM_convert_float_color3_genglsl" nodedef="ND_convert_float_color3" target="genglsl" />
  <implementation name="IM_convert_float_color4_genglsl" nodedef="ND_convert_float_color4" target="genglsl" />
  <implementation name="IM_convert_float_vector2_genglsl" nodedef="ND_convert_float_vector2" target="genglsl" />
  <implementation name="IM_convert_float_vector3_genglsl" nodedef="ND_convert_float_vector3" target="genglsl" />
  <implementation name="IM_convert_float_vector4_genglsl" nodedef="ND_convert_float_vector4" target="genglsl" />
  <implementation name="IM_convert_vector2_vector3_genglsl" nodedef="ND_convert_vector2_vector3" target="genglsl" />
  <implementation name="IM_convert_vector3_vector2_genglsl" nodedef="ND_convert_vector3_vector2" target="genglsl" />
  <implementation name="IM_convert_vector3_color3_genglsl" nodedef="ND_convert_vector3_color3" target="genglsl" />
  <implementation name="IM_convert_vector3_vector4_genglsl" nodedef="ND_convert_vector3_vector4" target="genglsl" />
  <implementation name="IM_convert_vector4_vector3_genglsl" nodedef="ND_convert_vector4_vector3" target="genglsl" />
  <implementation name="IM_convert_vector4_color4_genglsl" nodedef="ND_convert_vector4_color4" target="genglsl" />
  <implementation name="IM_convert_color3_vector3_genglsl" nodedef="ND_convert_color3_vector3" target="genglsl" />
  <implementation name="IM_convert_color4_vector4_genglsl" nodedef="ND_convert_color4_vector4" target="genglsl" />
  <implementation name="IM_convert_color3_color4_genglsl" nodedef="ND_convert_color3_color4" target="genglsl" />
  <implementation name="IM_convert_color4_color3_genglsl" nodedef="ND_convert_color4_color3" target="genglsl" />
  <implementation name="IM_convert_boolean_float_genglsl" nodedef="ND_convert_boolean_float" target="genglsl" />
  <implementation name="IM_convert_integer_float_genglsl" nodedef="ND_convert_integer_float" target="genglsl" />
  <implementation name="IM_swizzle_float_color3_genglsl" nodedef="ND_swizzle_float_color3" target="genglsl" />
  <implementation name="IM_swizzle_float_color4_genglsl" nodedef="ND_swizzle_float_color4" target="genglsl" />
  <implementation name="IM_swizzle_float_vector2_genglsl" nodedef="ND_swizzle_float_vector2" target="genglsl" />
  <implementation name="IM_swizzle_float_vector3_genglsl" nodedef="ND_swizzle_float_vector3" target="genglsl" />
  <implementation name="IM_swizzle_float_vector4_genglsl" nodedef="ND_swizzle_float_vector4" target="genglsl" />
  <implementation name="IM_swizzle_color3_float_genglsl" nodedef="ND_swizzle_color3_float" target="genglsl" />
  <implementation name="IM_swizzle_color3_color3_genglsl" nodedef="ND_swizzle_color3_color3" target="genglsl" />
  <implementation name="IM_swizzle_color3_color4_genglsl" nodedef="ND_swizzle_color3_color4" target="genglsl" />
  <implementation name="IM_swizzle_color3_vector2_genglsl" nodedef="ND_swizzle_color3_vector2" target="genglsl" />
  <implementation name="IM_swizzle_color3_vector3_genglsl" nodedef="ND_swizzle_color3_vector3" target="genglsl" />
  <implementation name="IM_swizzle_color3_vector4_genglsl" nodedef="ND_swizzle_color3_vector4" target="genglsl" />
  <implementation name="IM_swizzle_color4_float_genglsl" nodedef="ND_swizzle_color4_float" target="genglsl" />
  <implementation name="IM_swizzle_color4_color3_genglsl" nodedef="ND_swizzle_color4_color3" target="genglsl" />
  <implementation name="IM_swizzle_color4_color4_genglsl" nodedef="ND_swizzle_color4_color4" target="genglsl" />
  <implementation name="IM_swizzle_color4_vector2_genglsl" nodedef="ND_swizzle_color4_vector2" target="genglsl" />
  <implementation name="IM_swizzle_color4_vector3_genglsl" nodedef="ND_swizzle_color4_vector3" target="genglsl" />
  <implementation name="IM_swizzle_color4_vector4_genglsl" nodedef="ND_swizzle_color4_vector4" target="genglsl" />
  <implementation name="IM_swizzle_vector2_float_genglsl" nodedef="ND_swizzle_vector2_float" target="genglsl" />
  <implementation name="IM_swizzle_vector2_color3_genglsl" nodedef="ND_swizzle_vector2_color3" target="genglsl" />
  <implementation name="IM_swizzle_vector2_color4_genglsl" nodedef="ND_swizzle_vector2_color4" target="genglsl" />
  <implementation name="IM_swizzle_vector2_vector2_genglsl" nodedef="ND_swizzle_vector2_vector2" target="genglsl" />
  <implementation name="IM_swizzle_vector2_vector3_genglsl" nodedef="ND_swizzle_vector2_vector3" target="genglsl" />
  <implementation name="IM_swizzle_vector2_vector4_genglsl" nodedef="ND_swizzle_vector2_vector4" target="genglsl" />
  <implementation name="IM_swizzle_vector3_float_genglsl" nodedef="ND_swizzle_vector3_float" target="genglsl" />
  <implementation name="IM_swizzle_vector3_color3_genglsl" nodedef="ND_swizzle_vector3_color3" target="genglsl" />
  <implementation name="IM_swizzle_vector3_color4_genglsl" nodedef="ND_swizzle_vector3_color4" target="genglsl" />
  <implementation name="IM_swizzle_vector3_vector2_genglsl" nodedef="ND_swizzle_vector3_vector2" target="genglsl" />
  <implementation name="IM_swizzle_vector3_vector3_genglsl" nodedef="ND_swizzle_vector3_vector3" target="genglsl" />
  <implementation name="IM_swizzle_vector3_vector4_genglsl" nodedef="ND_swizzle_vector3_vector4" target="genglsl" />
  <implementation name="IM_swizzle_vector4_float_genglsl" nodedef="ND_swizzle_vector4_float" target="genglsl" />
  <implementation name="IM_swizzle_vector4_color3_genglsl" nodedef="ND_swizzle_vector4_color3" target="genglsl" />
  <implementation name="IM_swizzle_vector4_color4_genglsl" nodedef="ND_swizzle_vector4_color4" target="genglsl" />
  <implementation name="IM_swizzle_vector4_vector2_genglsl" nodedef="ND_swizzle_vector4_vector2" target="genglsl" />
  <implementation name="IM_swizzle_vector4_vector3_genglsl" nodedef="ND_swizzle_vector4_vector3" target="genglsl" />
  <implementation name="IM_swizzle_vector4_vector4_genglsl" nodedef="ND_swizzle_vector4_vector4" target="genglsl" />
  <implementation name="IM_combine2_vector2_genglsl" nodedef="ND_combine2_vector2" target="genglsl" />
  <implementation name="IM_combine2_color4CF_genglsl" nodedef="ND_combine2_color4CF" target="genglsl" />
  <implementation name="IM_combine2_vector4VF_genglsl" nodedef="ND_combine2_vector4VF" target="genglsl" />
  <implementation name="IM_combine2_vector4VV_genglsl" nodedef="ND_combine2_vector4VV" target="genglsl" />
  <implementation name="IM_combine3_color3_genglsl" nodedef="ND_combine3_color3" target="genglsl" />
  <implementation name="IM_combine3_vector3_genglsl" nodedef="ND_combine3_vector3" target="genglsl" />
  <implementation name="IM_combine4_color4_genglsl" nodedef="ND_combine4_color4" target="genglsl" />
  <implementation name="IM_combine4_vector4_genglsl" nodedef="ND_combine4_vector4" target="genglsl" />
  <implementation name="IM_blur_float_genglsl" nodedef="ND_blur_float" target="genglsl" />
  <implementation name="IM_blur_color3_genglsl" nodedef="ND_blur_color3" target="genglsl" />
  <implementation name="IM_blur_color4_genglsl" nodedef="ND_blur_color4" target="genglsl" />
  <implementation name="IM_blur_vector2_genglsl" nodedef="ND_blur_vector2" target="genglsl" />
  <implementation name="IM_blur_vector3_genglsl" nodedef="ND_blur_vector3" target="genglsl" />
  <implementation name="IM_blur_vector4_genglsl" nodedef="ND_blur_vector4" target="genglsl" />
  <implementation name="IM_heighttonormal_vector3_genglsl" nodedef="ND_heighttonormal_vector3" target="genglsl" />
  <implementation name="IM_dot_float_genglsl" nodedef="ND_dot_float" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_color3_genglsl" nodedef="ND_dot_color3" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_color4_genglsl" nodedef="ND_dot_color4" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_vector2_genglsl" nodedef="ND_dot_vector2" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_vector3_genglsl" nodedef="ND_dot_vector3" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_vector4_genglsl" nodedef="ND_dot_vector4" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_integer_genglsl" nodedef="ND_dot_integer" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_boolean_genglsl" nodedef="ND_dot_boolean" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_matrix33_genglsl" nodedef="ND_dot_matrix33" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_matrix44_genglsl" nodedef="ND_dot_matrix44" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_string_genglsl" nodedef="ND_dot_string" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_filename_genglsl" nodedef="ND_dot_filename" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_surfaceshader_genglsl" nodedef="ND_dot_surfaceshader" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_displacementshader_genglsl" nodedef="ND_dot_displacementshader" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_volumeshader_genglsl" nodedef="ND_dot_volumeshader" target="genglsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_lightshader_genglsl" nodedef="ND_dot_lightshader" target="genglsl" sourcecode="{{in}}" />
  <!--Custom add implementation (mxadd)-->
  <implementation name="IM_myadd_color3_genglsl" nodedef="ND_myadd_color3" target="genglsl" sourcecode="{{in1}} + {{in2}}" />
</materialx>

- Source implementation added: IM_myadd_color3_genglsl

Implementation for target genmdl

<?xml version="1.0"?>
<materialx version="1.38">
  <implementation name="IM_surfacematerial_genmdl" nodedef="ND_surfacematerial" target="genmdl" />
  <implementation name="IM_surface_unlit_genmdl" nodedef="ND_surface_unlit" sourcecode="mx::stdlib::mx_surface_unlit({{emission}}, {{emission_color}}, {{transmission}}, {{transmission_color}}, {{opacity}})" target="genmdl" />
  <implementation name="IM_image_float_genmdl" nodedef="ND_image_float" sourcecode="mx::stdlib::mx_image_float({{file}}, {{layer}}, {{default}}, {{texcoord}}, {{uaddressmode}}, {{vaddressmode}}, {{filtertype}}, {{framerange}}, {{frameoffset}}, {{frameendaction}})" target="genmdl">
    <input name="default" type="float" implname="default_value" />
  </implementation>
  <implementation name="IM_image_color3_genmdl" nodedef="ND_image_color3" sourcecode="mx::stdlib::mx_image_color3({{file}}, {{layer}}, {{default}}, {{texcoord}}, {{uaddressmode}}, {{vaddressmode}}, {{filtertype}}, {{framerange}}, {{frameoffset}}, {{frameendaction}})" target="genmdl">
    <input name="default" type="color3" implname="default_value" />
  </implementation>
  <implementation name="IM_image_color4_genmdl" nodedef="ND_image_color4" sourcecode="mx::stdlib::mx_image_color4({{file}}, {{layer}}, {{default}}, {{texcoord}}, {{uaddressmode}}, {{vaddressmode}}, {{filtertype}}, {{framerange}}, {{frameoffset}}, {{frameendaction}})" target="genmdl">
    <input name="default" type="color4" implname="default_value" />
  </implementation>
  <implementation name="IM_image_vector2_genmdl" nodedef="ND_image_vector2" sourcecode="mx::stdlib::mx_image_vector2({{file}}, {{layer}}, {{default}}, {{texcoord}}, {{uaddressmode}}, {{vaddressmode}}, {{filtertype}}, {{framerange}}, {{frameoffset}}, {{frameendaction}})" target="genmdl">
    <input name="default" type="vector2" implname="default_value" />
  </implementation>
  <implementation name="IM_image_vector3_genmdl" nodedef="ND_image_vector3" sourcecode="mx::stdlib::mx_image_vector3({{file}}, {{layer}}, {{default}}, {{texcoord}}, {{uaddressmode}}, {{vaddressmode}}, {{filtertype}}, {{framerange}}, {{frameoffset}}, {{frameendaction}})" target="genmdl">
    <input name="default" type="vector3" implname="default_value" />
  </implementation>
  <implementation name="IM_image_vector4_genmdl" nodedef="ND_image_vector4" sourcecode="mx::stdlib::mx_image_vector4({{file}}, {{layer}}, {{default}}, {{texcoord}}, {{uaddressmode}}, {{vaddressmode}}, {{filtertype}}, {{framerange}}, {{frameoffset}}, {{frameendaction}})" target="genmdl">
    <input name="default" type="vector4" implname="default_value" />
  </implementation>
  <implementation name="IM_normalmap_genmdl" nodedef="ND_normalmap" sourcecode="mx::stdlib::mx_normalmap(mxp_in:{{in}}, mxp_space:{{space}}, mxp_scale:{{scale}}, mxp_normal:{{normal}}, mxp_tangent:{{tangent}})" target="genmdl" />
  <implementation name="IM_constant_float_genmdl" nodedef="ND_constant_float" sourcecode="{{value}}" target="genmdl" />
  <implementation name="IM_constant_color3_genmdl" nodedef="ND_constant_color3" sourcecode="{{value}}" target="genmdl" />
  <implementation name="IM_constant_color4_genmdl" nodedef="ND_constant_color4" sourcecode="{{value}}" target="genmdl" />
  <implementation name="IM_constant_vector2_genmdl" nodedef="ND_constant_vector2" sourcecode="{{value}}" target="genmdl" />
  <implementation name="IM_constant_vector3_genmdl" nodedef="ND_constant_vector3" sourcecode="{{value}}" target="genmdl" />
  <implementation name="IM_constant_vector4_genmdl" nodedef="ND_constant_vector4" sourcecode="{{value}}" target="genmdl" />
  <implementation name="IM_constant_boolean_genmdl" nodedef="ND_constant_boolean" sourcecode="{{value}}" target="genmdl" />
  <implementation name="IM_constant_integer_genmdl" nodedef="ND_constant_integer" sourcecode="{{value}}" target="genmdl" />
  <implementation name="IM_constant_matrix33_genmdl" nodedef="ND_constant_matrix33" sourcecode="{{value}}" target="genmdl" />
  <implementation name="IM_constant_matrix44_genmdl" nodedef="ND_constant_matrix44" sourcecode="{{value}}" target="genmdl" />
  <implementation name="IM_constant_string_genmdl" nodedef="ND_constant_string" sourcecode="{{value}}" target="genmdl" />
  <implementation name="IM_constant_filename_genmdl" nodedef="ND_constant_filename" sourcecode="{{value}}" target="genmdl" />
  <implementation name="IM_ramplr_float_genmdl" nodedef="ND_ramplr_float" sourcecode="mx::stdlib::mx_ramplr_float(mxp_valuel:{{valuel}}, mxp_valuer:{{valuer}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_ramplr_color3_genmdl" nodedef="ND_ramplr_color3" sourcecode="mx::stdlib::mx_ramplr_color3(mxp_valuel:{{valuel}}, mxp_valuer:{{valuer}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_ramplr_color4_genmdl" nodedef="ND_ramplr_color4" sourcecode="mx::stdlib::mx_ramplr_color4(mxp_valuel:{{valuel}}, mxp_valuer:{{valuer}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_ramplr_vector2_genmdl" nodedef="ND_ramplr_vector2" sourcecode="mx::stdlib::mx_ramplr_vector2(mxp_valuel:{{valuel}}, mxp_valuer:{{valuer}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_ramplr_vector3_genmdl" nodedef="ND_ramplr_vector3" sourcecode="mx::stdlib::mx_ramplr_vector3(mxp_valuel:{{valuel}}, mxp_valuer:{{valuer}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_ramplr_vector4_genmdl" nodedef="ND_ramplr_vector4" sourcecode="mx::stdlib::mx_ramplr_vector4(mxp_valuel:{{valuel}}, mxp_valuer:{{valuer}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_ramptb_float_genmdl" nodedef="ND_ramptb_float" sourcecode="mx::stdlib::mx_ramptb_float(mxp_valuet:{{valuet}}, mxp_valueb:{{valueb}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_ramptb_color3_genmdl" nodedef="ND_ramptb_color3" sourcecode="mx::stdlib::mx_ramptb_color3(mxp_valuet:{{valuet}}, mxp_valueb:{{valueb}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_ramptb_color4_genmdl" nodedef="ND_ramptb_color4" sourcecode="mx::stdlib::mx_ramptb_color4(mxp_valuet:{{valuet}}, mxp_valueb:{{valueb}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_ramptb_vector2_genmdl" nodedef="ND_ramptb_vector2" sourcecode="mx::stdlib::mx_ramptb_vector2(mxp_valuet:{{valuet}}, mxp_valueb:{{valueb}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_ramptb_vector3_genmdl" nodedef="ND_ramptb_vector3" sourcecode="mx::stdlib::mx_ramptb_vector3(mxp_valuet:{{valuet}}, mxp_valueb:{{valueb}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_ramptb_vector4_genmdl" nodedef="ND_ramptb_vector4" sourcecode="mx::stdlib::mx_ramptb_vector4(mxp_valuet:{{valuet}}, mxp_valueb:{{valueb}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_splitlr_float_genmdl" nodedef="ND_splitlr_float" sourcecode="mx::stdlib::mx_splitlr_float(mxp_valuel:{{valuel}}, mxp_valuer:{{valuer}}, mxp_center:{{center}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_splitlr_color3_genmdl" nodedef="ND_splitlr_color3" sourcecode="mx::stdlib::mx_splitlr_color3(mxp_valuel:{{valuel}}, mxp_valuer:{{valuer}}, mxp_center:{{center}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_splitlr_color4_genmdl" nodedef="ND_splitlr_color4" sourcecode="mx::stdlib::mx_splitlr_color4(mxp_valuel:{{valuel}}, mxp_valuer:{{valuer}}, mxp_center:{{center}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_splitlr_vector2_genmdl" nodedef="ND_splitlr_vector2" sourcecode="mx::stdlib::mx_splitlr_vector2(mxp_valuel:{{valuel}}, mxp_valuer:{{valuer}}, mxp_center:{{center}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_splitlr_vector3_genmdl" nodedef="ND_splitlr_vector3" sourcecode="mx::stdlib::mx_splitlr_vector3(mxp_valuel:{{valuel}}, mxp_valuer:{{valuer}}, mxp_center:{{center}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_splitlr_vector4_genmdl" nodedef="ND_splitlr_vector4" sourcecode="mx::stdlib::mx_splitlr_vector4(mxp_valuel:{{valuel}}, mxp_valuer:{{valuer}}, mxp_center:{{center}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_splittb_float_genmdl" nodedef="ND_splittb_float" sourcecode="mx::stdlib::mx_splittb_float(mxp_valuet:{{valuet}}, mxp_valueb:{{valueb}}, mxp_center:{{center}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_splittb_color3_genmdl" nodedef="ND_splittb_color3" sourcecode="mx::stdlib::mx_splittb_color3(mxp_valuet:{{valuet}}, mxp_valueb:{{valueb}}, mxp_center:{{center}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_splittb_color4_genmdl" nodedef="ND_splittb_color4" sourcecode="mx::stdlib::mx_splittb_color4(mxp_valuet:{{valuet}}, mxp_valueb:{{valueb}}, mxp_center:{{center}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_splittb_vector2_genmdl" nodedef="ND_splittb_vector2" sourcecode="mx::stdlib::mx_splittb_vector2(mxp_valuet:{{valuet}}, mxp_valueb:{{valueb}}, mxp_center:{{center}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_splittb_vector3_genmdl" nodedef="ND_splittb_vector3" sourcecode="mx::stdlib::mx_splittb_vector3(mxp_valuet:{{valuet}}, mxp_valueb:{{valueb}}, mxp_center:{{center}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_splittb_vector4_genmdl" nodedef="ND_splittb_vector4" sourcecode="mx::stdlib::mx_splittb_vector4(mxp_valuet:{{valuet}}, mxp_valueb:{{valueb}}, mxp_center:{{center}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_noise2d_float_genmdl" nodedef="ND_noise2d_float" sourcecode="mx::stdlib::mx_noise2d_float(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_noise2d_color3_genmdl" nodedef="ND_noise2d_color3" sourcecode="mx::stdlib::mx_noise2d_color3(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_noise2d_color4_genmdl" nodedef="ND_noise2d_color4" sourcecode="mx::stdlib::mx_noise2d_color4(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_noise2d_vector2_genmdl" nodedef="ND_noise2d_vector2" sourcecode="mx::stdlib::mx_noise2d_float2(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_noise2d_vector3_genmdl" nodedef="ND_noise2d_vector3" sourcecode="mx::stdlib::mx_noise2d_float3(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_noise2d_vector4_genmdl" nodedef="ND_noise2d_vector4" sourcecode="mx::stdlib::mx_noise2d_float4(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_noise2d_color3FA_genmdl" nodedef="ND_noise2d_color3FA" sourcecode="mx::stdlib::mx_noise2d_color3FA(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_noise2d_color4FA_genmdl" nodedef="ND_noise2d_color4FA" sourcecode="mx::stdlib::mx_noise2d_color4FA(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_noise2d_vector2FA_genmdl" nodedef="ND_noise2d_vector2FA" sourcecode="mx::stdlib::mx_noise2d_float2FA(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_noise2d_vector3FA_genmdl" nodedef="ND_noise2d_vector3FA" sourcecode="mx::stdlib::mx_noise2d_float3FA(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_noise2d_vector4FA_genmdl" nodedef="ND_noise2d_vector4FA" sourcecode="mx::stdlib::mx_noise2d_float4FA(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_noise3d_float_genmdl" nodedef="ND_noise3d_float" sourcecode="mx::stdlib::mx_noise3d_float(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_noise3d_color3_genmdl" nodedef="ND_noise3d_color3" sourcecode="mx::stdlib::mx_noise3d_color3(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_noise3d_color4_genmdl" nodedef="ND_noise3d_color4" sourcecode="mx::stdlib::mx_noise3d_color4(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_noise3d_vector2_genmdl" nodedef="ND_noise3d_vector2" sourcecode="mx::stdlib::mx_noise3d_float2(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_noise3d_vector3_genmdl" nodedef="ND_noise3d_vector3" sourcecode="mx::stdlib::mx_noise3d_float3(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_noise3d_vector4_genmdl" nodedef="ND_noise3d_vector4" sourcecode="mx::stdlib::mx_noise3d_float4(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_noise3d_color3FA_genmdl" nodedef="ND_noise3d_color3FA" sourcecode="mx::stdlib::mx_noise3d_color3FA(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_noise3d_color4FA_genmdl" nodedef="ND_noise3d_color4FA" sourcecode="mx::stdlib::mx_noise3d_color4FA(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_noise3d_vector2FA_genmdl" nodedef="ND_noise3d_vector2FA" sourcecode="mx::stdlib::mx_noise3d_float2FA(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_noise3d_vector3FA_genmdl" nodedef="ND_noise3d_vector3FA" sourcecode="mx::stdlib::mx_noise3d_float3FA(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_noise3d_vector4FA_genmdl" nodedef="ND_noise3d_vector4FA" sourcecode="mx::stdlib::mx_noise3d_float4FA(mxp_amplitude:{{amplitude}}, mxp_pivot:{{pivot}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_fractal3d_float_genmdl" nodedef="ND_fractal3d_float" sourcecode="mx::stdlib::mx_fractal3d_float(mxp_amplitude:{{amplitude}}, mxp_octaves:{{octaves}}, mxp_lacunarity:{{lacunarity}}, mxp_diminish:{{diminish}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_fractal3d_color3_genmdl" nodedef="ND_fractal3d_color3" sourcecode="mx::stdlib::mx_fractal3d_color3(mxp_amplitude:{{amplitude}}, mxp_octaves:{{octaves}}, mxp_lacunarity:{{lacunarity}}, mxp_diminish:{{diminish}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_fractal3d_color4_genmdl" nodedef="ND_fractal3d_color4" sourcecode="mx::stdlib::mx_fractal3d_color4(mxp_amplitude:{{amplitude}}, mxp_octaves:{{octaves}}, mxp_lacunarity:{{lacunarity}}, mxp_diminish:{{diminish}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_fractal3d_vector2_genmdl" nodedef="ND_fractal3d_vector2" sourcecode="mx::stdlib::mx_fractal3d_float2(mxp_amplitude:{{amplitude}}, mxp_octaves:{{octaves}}, mxp_lacunarity:{{lacunarity}}, mxp_diminish:{{diminish}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_fractal3d_vector3_genmdl" nodedef="ND_fractal3d_vector3" sourcecode="mx::stdlib::mx_fractal3d_float3(mxp_amplitude:{{amplitude}}, mxp_octaves:{{octaves}}, mxp_lacunarity:{{lacunarity}}, mxp_diminish:{{diminish}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_fractal3d_vector4_genmdl" nodedef="ND_fractal3d_vector4" sourcecode="mx::stdlib::mx_fractal3d_float4(mxp_amplitude:{{amplitude}}, mxp_octaves:{{octaves}}, mxp_lacunarity:{{lacunarity}}, mxp_diminish:{{diminish}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_fractal3d_color3FA_genmdl" nodedef="ND_fractal3d_color3FA" sourcecode="mx::stdlib::mx_fractal3d_color3FA(mxp_amplitude:{{amplitude}}, mxp_octaves:{{octaves}}, mxp_lacunarity:{{lacunarity}}, mxp_diminish:{{diminish}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_fractal3d_color4FA_genmdl" nodedef="ND_fractal3d_color4FA" sourcecode="mx::stdlib::mx_fractal3d_color4FA(mxp_amplitude:{{amplitude}}, mxp_octaves:{{octaves}}, mxp_lacunarity:{{lacunarity}}, mxp_diminish:{{diminish}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_fractal3d_vector2FA_genmdl" nodedef="ND_fractal3d_vector2FA" sourcecode="mx::stdlib::mx_fractal3d_float2FA(mxp_amplitude:{{amplitude}}, mxp_octaves:{{octaves}}, mxp_lacunarity:{{lacunarity}}, mxp_diminish:{{diminish}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_fractal3d_vector3FA_genmdl" nodedef="ND_fractal3d_vector3FA" sourcecode="mx::stdlib::mx_fractal3d_float3FA(mxp_amplitude:{{amplitude}}, mxp_octaves:{{octaves}}, mxp_lacunarity:{{lacunarity}}, mxp_diminish:{{diminish}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_fractal3d_vector4FA_genmdl" nodedef="ND_fractal3d_vector4FA" sourcecode="mx::stdlib::mx_fractal3d_float4FA(mxp_amplitude:{{amplitude}}, mxp_octaves:{{octaves}}, mxp_lacunarity:{{lacunarity}}, mxp_diminish:{{diminish}}, mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_cellnoise2d_float_genmdl" nodedef="ND_cellnoise2d_float" sourcecode="mx::stdlib::mx_cellnoise2d_float(mxp_texcoord:{{texcoord}})" target="genmdl" />
  <implementation name="IM_cellnoise3d_float_genmdl" nodedef="ND_cellnoise3d_float" sourcecode="mx::stdlib::mx_cellnoise3d_float(mxp_position:{{position}})" target="genmdl" />
  <implementation name="IM_worleynoise2d_float_genmdl" nodedef="ND_worleynoise2d_float" sourcecode="mx::stdlib::mx_worleynoise2d_float(mxp_texcoord:{{texcoord}}, mxp_jitter:{{jitter}})" target="genmdl" />
  <implementation name="IM_worleynoise2d_vector2_genmdl" nodedef="ND_worleynoise2d_vector2" sourcecode="mx::stdlib::mx_worleynoise2d_float2(mxp_texcoord:{{texcoord}}, mxp_jitter:{{jitter}})" target="genmdl" />
  <implementation name="IM_worleynoise2d_vector3_genmdl" nodedef="ND_worleynoise2d_vector3" sourcecode="mx::stdlib::mx_worleynoise2d_float3(mxp_texcoord:{{texcoord}}, mxp_jitter:{{jitter}})" target="genmdl" />
  <implementation name="IM_worleynoise3d_float_genmdl" nodedef="ND_worleynoise3d_float" sourcecode="mx::stdlib::mx_worleynoise3d_float(mxp_position:{{position}}, mxp_jitter:{{jitter}})" target="genmdl" />
  <implementation name="IM_worleynoise3d_vector2_genmdl" nodedef="ND_worleynoise3d_vector2" sourcecode="mx::stdlib::mx_worleynoise3d_float2(mxp_position:{{position}}, mxp_jitter:{{jitter}})" target="genmdl" />
  <implementation name="IM_worleynoise3d_vector3_genmdl" nodedef="ND_worleynoise3d_vector3" sourcecode="mx::stdlib::mx_worleynoise3d_float3(mxp_position:{{position}}, mxp_jitter:{{jitter}})" target="genmdl" />
  <implementation name="IM_ambientocclusion_float_genmdl" nodedef="ND_ambientocclusion_float" sourcecode="mx::stdlib::mx_ambientocclusion_float(mxp_coneangle:{{coneangle}}, mxp_maxdistance:{{maxdistance}})" target="genmdl" />
  <implementation name="IM_position_vector3_genmdl" nodedef="ND_position_vector3" sourcecode="mx::stdlib::mx_position_vector3(mxp_space:{{space}})" target="genmdl" />
  <implementation name="IM_normal_vector3_genmdl" nodedef="ND_normal_vector3" sourcecode="mx::stdlib::mx_normal_vector3(mxp_space:{{space}})" target="genmdl" />
  <implementation name="IM_tangent_vector3_genmdl" nodedef="ND_tangent_vector3" sourcecode="mx::stdlib::mx_tangent_vector3(mxp_space:{{space}}, mxp_index:{{index}})" target="genmdl" />
  <implementation name="IM_bitangent_vector3_genmdl" nodedef="ND_bitangent_vector3" sourcecode="mx::stdlib::mx_bitangent_vector3(mxp_space:{{space}}, mxp_index:{{index}})" target="genmdl" />
  <implementation name="IM_texcoord_vector2_genmdl" nodedef="ND_texcoord_vector2" sourcecode="mx::stdlib::mx_texcoord_vector2(mxp_index:{{index}})" target="genmdl" />
  <implementation name="IM_texcoord_vector3_genmdl" nodedef="ND_texcoord_vector3" sourcecode="mx::stdlib::mx_texcoord_vector3(mxp_index:{{index}})" target="genmdl" />
  <implementation name="IM_geomcolor_float_genmdl" nodedef="ND_geomcolor_float" sourcecode="mx::stdlib::mx_geomcolor_float(mxp_index:{{index}})" target="genmdl" />
  <implementation name="IM_geomcolor_color3_genmdl" nodedef="ND_geomcolor_color3" sourcecode="mx::stdlib::mx_geomcolor_color3(mxp_index:{{index}})" target="genmdl" />
  <implementation name="IM_geomcolor_color4_genmdl" nodedef="ND_geomcolor_color4" sourcecode="mx::stdlib::mx_geomcolor_color4(mxp_index:{{index}})" target="genmdl" />
  <implementation name="IM_geompropvalue_integer_genmdl" nodedef="ND_geompropvalue_integer" sourcecode="mx::stdlib::mx_geompropvalue_integer(mxp_geomprop:{{geomprop}}, mxp_default:{{default}})" target="genmdl" />
  <implementation name="IM_geompropvalue_boolean_genmdl" nodedef="ND_geompropvalue_boolean" sourcecode="mx::stdlib::mx_geompropvalue_boolean(mxp_geomprop:{{geomprop}}, mxp_default:{{default}})" target="genmdl" />
  <implementation name="IM_geompropvalue_string_genmdl" nodedef="ND_geompropvalue_string" sourcecode="mx::stdlib::mx_geompropvalue_string(mxp_geomprop:{{geomprop}}, mxp_default:{{default}})" target="genmdl" />
  <implementation name="IM_geompropvalue_float_genmdl" nodedef="ND_geompropvalue_float" sourcecode="mx::stdlib::mx_geompropvalue_float(mxp_geomprop:{{geomprop}}, mxp_default:{{default}})" target="genmdl" />
  <implementation name="IM_geompropvalue_color3_genmdl" nodedef="ND_geompropvalue_color3" sourcecode="mx::stdlib::mx_geompropvalue_color3(mxp_geomprop:{{geomprop}}, mxp_default:{{default}})" target="genmdl" />
  <implementation name="IM_geompropvalue_color4_genmdl" nodedef="ND_geompropvalue_color4" sourcecode="mx::stdlib::mx_geompropvalue_color4(mxp_geomprop:{{geomprop}}, mxp_default:{{default}})" target="genmdl" />
  <implementation name="IM_geompropvalue_vector2_genmdl" nodedef="ND_geompropvalue_vector2" sourcecode="mx::stdlib::mx_geompropvalue_vector2(mxp_geomprop:{{geomprop}}, mxp_default:{{default}})" target="genmdl" />
  <implementation name="IM_geompropvalue_vector3_genmdl" nodedef="ND_geompropvalue_vector3" sourcecode="mx::stdlib::mx_geompropvalue_vector3(mxp_geomprop:{{geomprop}}, mxp_default:{{default}})" target="genmdl" />
  <implementation name="IM_geompropvalue_vector4_genmdl" nodedef="ND_geompropvalue_vector4" sourcecode="mx::stdlib::mx_geompropvalue_vector4(mxp_geomprop:{{geomprop}}, mxp_default:{{default}})" target="genmdl" />
  <implementation name="IM_frame_float_genmdl" nodedef="ND_frame_float" sourcecode="mx::stdlib::mx_frame_float()" target="genmdl" />
  <implementation name="IM_time_float_genmdl" nodedef="ND_time_float" sourcecode="mx::stdlib::mx_time_float()" target="genmdl" />
  <implementation name="IM_add_float_genmdl" nodedef="ND_add_float" sourcecode="{{in1}} + {{in2}}" target="genmdl" />
  <implementation name="IM_add_color3_genmdl" nodedef="ND_add_color3" sourcecode="{{in1}} + {{in2}}" target="genmdl" />
  <implementation name="IM_add_color3FA_genmdl" nodedef="ND_add_color3FA" sourcecode="{{in1}} + {{in2}}" target="genmdl" />
  <implementation name="IM_add_color4_genmdl" nodedef="ND_add_color4" sourcecode="mx_add({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_add_color4FA_genmdl" nodedef="ND_add_color4FA" sourcecode="mx_add({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_add_vector2_genmdl" nodedef="ND_add_vector2" sourcecode="{{in1}} + {{in2}}" target="genmdl" />
  <implementation name="IM_add_vector2FA_genmdl" nodedef="ND_add_vector2FA" sourcecode="{{in1}} + {{in2}}" target="genmdl" />
  <implementation name="IM_add_vector3_genmdl" nodedef="ND_add_vector3" sourcecode="{{in1}} + {{in2}}" target="genmdl" />
  <implementation name="IM_add_vector3FA_genmdl" nodedef="ND_add_vector3FA" sourcecode="{{in1}} + {{in2}}" target="genmdl" />
  <implementation name="IM_add_vector4_genmdl" nodedef="ND_add_vector4" sourcecode="{{in1}} + {{in2}}" target="genmdl" />
  <implementation name="IM_add_vector4FA_genmdl" nodedef="ND_add_vector4FA" sourcecode="{{in1}} + {{in2}}" target="genmdl" />
  <implementation name="IM_add_matrix33_genmdl" nodedef="ND_add_matrix33" sourcecode="{{in1}} + {{in2}}" target="genmdl" />
  <implementation name="IM_add_matrix33FA_genmdl" nodedef="ND_add_matrix33FA" sourcecode="{{in1}} + float3x3({{in2}})" target="genmdl" />
  <implementation name="IM_add_matrix44_genmdl" nodedef="ND_add_matrix44" sourcecode="{{in1}} + {{in2}}" target="genmdl" />
  <implementation name="IM_add_matrix44FA_genmdl" nodedef="ND_add_matrix44FA" sourcecode="{{in1}} + float4x4({{in2}})" target="genmdl" />
  <implementation name="IM_subtract_float_genmdl" nodedef="ND_subtract_float" sourcecode="{{in1}} - {{in2}}" target="genmdl" />
  <implementation name="IM_subtract_color3_genmdl" nodedef="ND_subtract_color3" sourcecode="{{in1}} - {{in2}}" target="genmdl" />
  <implementation name="IM_subtract_color3FA_genmdl" nodedef="ND_subtract_color3FA" sourcecode="{{in1}} - {{in2}}" target="genmdl" />
  <implementation name="IM_subtract_color4_genmdl" nodedef="ND_subtract_color4" sourcecode="mx_subtract({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_subtract_color4FA_genmdl" nodedef="ND_subtract_color4FA" sourcecode="mx_subtract({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_subtract_vector2_genmdl" nodedef="ND_subtract_vector2" sourcecode="{{in1}} - {{in2}}" target="genmdl" />
  <implementation name="IM_subtract_vector2FA_genmdl" nodedef="ND_subtract_vector2FA" sourcecode="{{in1}} - {{in2}}" target="genmdl" />
  <implementation name="IM_subtract_vector3_genmdl" nodedef="ND_subtract_vector3" sourcecode="{{in1}} - {{in2}}" target="genmdl" />
  <implementation name="IM_subtract_vector3FA_genmdl" nodedef="ND_subtract_vector3FA" sourcecode="{{in1}} - {{in2}}" target="genmdl" />
  <implementation name="IM_subtract_vector4_genmdl" nodedef="ND_subtract_vector4" sourcecode="{{in1}} - {{in2}}" target="genmdl" />
  <implementation name="IM_subtract_vector4FA_genmdl" nodedef="ND_subtract_vector4FA" sourcecode="{{in1}} - {{in2}}" target="genmdl" />
  <implementation name="IM_subtract_matrix33_genmdl" nodedef="ND_subtract_matrix33" sourcecode="{{in1}} - {{in2}}" target="genmdl" />
  <implementation name="IM_subtract_matrix33FA_genmdl" nodedef="ND_subtract_matrix33FA" sourcecode="{{in1}} - float3x3({{in2}})" target="genmdl" />
  <implementation name="IM_subtract_matrix44_genmdl" nodedef="ND_subtract_matrix44" sourcecode="{{in1}} - {{in2}}" target="genmdl" />
  <implementation name="IM_subtract_matrix44FA_genmdl" nodedef="ND_subtract_matrix44FA" sourcecode="{{in1}} - float4x4({{in2}})" target="genmdl" />
  <implementation name="IM_multiply_float_genmdl" nodedef="ND_multiply_float" sourcecode="{{in1}} * {{in2}}" target="genmdl" />
  <implementation name="IM_multiply_color3_genmdl" nodedef="ND_multiply_color3" sourcecode="{{in1}} * {{in2}}" target="genmdl" />
  <implementation name="IM_multiply_color3FA_genmdl" nodedef="ND_multiply_color3FA" sourcecode="{{in1}} * {{in2}}" target="genmdl" />
  <implementation name="IM_multiply_color4_genmdl" nodedef="ND_multiply_color4" sourcecode="mx_multiply({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_multiply_color4FA_genmdl" nodedef="ND_multiply_color4FA" sourcecode="mx_multiply({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_multiply_vector2_genmdl" nodedef="ND_multiply_vector2" sourcecode="{{in1}} * {{in2}}" target="genmdl" />
  <implementation name="IM_multiply_vector2FA_genmdl" nodedef="ND_multiply_vector2FA" sourcecode="{{in1}} * {{in2}}" target="genmdl" />
  <implementation name="IM_multiply_vector3_genmdl" nodedef="ND_multiply_vector3" sourcecode="{{in1}} * {{in2}}" target="genmdl" />
  <implementation name="IM_multiply_vector3FA_genmdl" nodedef="ND_multiply_vector3FA" sourcecode="{{in1}} * {{in2}}" target="genmdl" />
  <implementation name="IM_multiply_vector4_genmdl" nodedef="ND_multiply_vector4" sourcecode="{{in1}} * {{in2}}" target="genmdl" />
  <implementation name="IM_multiply_vector4FA_genmdl" nodedef="ND_multiply_vector4FA" sourcecode="{{in1}} * {{in2}}" target="genmdl" />
  <implementation name="IM_multiply_matrix33_genmdl" nodedef="ND_multiply_matrix33" sourcecode="{{in1}} * {{in2}}" target="genmdl" />
  <implementation name="IM_multiply_matrix44_genmdl" nodedef="ND_multiply_matrix44" sourcecode="{{in1}} * {{in2}}" target="genmdl" />
  <implementation name="IM_divide_float_genmdl" nodedef="ND_divide_float" sourcecode="{{in1}} / {{in2}}" target="genmdl" />
  <implementation name="IM_divide_color3_genmdl" nodedef="ND_divide_color3" sourcecode="{{in1}} / {{in2}}" target="genmdl" />
  <implementation name="IM_divide_color3FA_genmdl" nodedef="ND_divide_color3FA" sourcecode="{{in1}} / {{in2}}" target="genmdl" />
  <implementation name="IM_divide_color4_genmdl" nodedef="ND_divide_color4" sourcecode="mx_divide({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_divide_color4FA_genmdl" nodedef="ND_divide_color4FA" sourcecode="mx_divide({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_divide_vector2_genmdl" nodedef="ND_divide_vector2" sourcecode="{{in1}} / {{in2}}" target="genmdl" />
  <implementation name="IM_divide_vector2FA_genmdl" nodedef="ND_divide_vector2FA" sourcecode="{{in1}} / {{in2}}" target="genmdl" />
  <implementation name="IM_divide_vector3_genmdl" nodedef="ND_divide_vector3" sourcecode="{{in1}} / {{in2}}" target="genmdl" />
  <implementation name="IM_divide_vector3FA_genmdl" nodedef="ND_divide_vector3FA" sourcecode="{{in1}} / {{in2}}" target="genmdl" />
  <implementation name="IM_divide_vector4_genmdl" nodedef="ND_divide_vector4" sourcecode="{{in1}} / {{in2}}" target="genmdl" />
  <implementation name="IM_divide_vector4FA_genmdl" nodedef="ND_divide_vector4FA" sourcecode="{{in1}} / {{in2}}" target="genmdl" />
  <implementation name="IM_divide_matrix33_genmdl" nodedef="ND_divide_matrix33" sourcecode="{{in1}}" target="genmdl" />
  <implementation name="IM_divide_matrix44_genmdl" nodedef="ND_divide_matrix44" sourcecode="{{in1}}" target="genmdl" />
  <implementation name="IM_modulo_float_genmdl" nodedef="ND_modulo_float" sourcecode="mx_mod({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_modulo_color3_genmdl" nodedef="ND_modulo_color3" sourcecode="mx::stdlib::mx_modulo_color3({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_modulo_color3FA_genmdl" nodedef="ND_modulo_color3FA" sourcecode="mx::stdlib::mx_modulo_color3FA({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_modulo_color4_genmdl" nodedef="ND_modulo_color4" sourcecode="mx::stdlib::mx_modulo_color4({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_modulo_color4FA_genmdl" nodedef="ND_modulo_color4FA" sourcecode="mx::stdlib::mx_modulo_color4FA({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_modulo_vector2_genmdl" nodedef="ND_modulo_vector2" sourcecode="mx_mod({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_modulo_vector2FA_genmdl" nodedef="ND_modulo_vector2FA" sourcecode="mx_mod({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_modulo_vector3_genmdl" nodedef="ND_modulo_vector3" sourcecode="mx_mod({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_modulo_vector3FA_genmdl" nodedef="ND_modulo_vector3FA" sourcecode="mx_mod({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_modulo_vector4_genmdl" nodedef="ND_modulo_vector4" sourcecode="mx_mod({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_modulo_vector4FA_genmdl" nodedef="ND_modulo_vector4FA" sourcecode="mx_mod({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_invert_float_genmdl" nodedef="ND_invert_float" sourcecode="{{amount}} - {{in}}" target="genmdl" />
  <implementation name="IM_invert_color3_genmdl" nodedef="ND_invert_color3" sourcecode="{{amount}} - {{in}}" target="genmdl" />
  <implementation name="IM_invert_color3FA_genmdl" nodedef="ND_invert_color3FA" sourcecode="{{amount}} - {{in}}" target="genmdl" />
  <implementation name="IM_invert_color4_genmdl" nodedef="ND_invert_color4" sourcecode="mx::stdlib::mx_invert_color4({{in}}, {{amount}})" target="genmdl" />
  <implementation name="IM_invert_color4FA_genmdl" nodedef="ND_invert_color4FA" sourcecode="mx::stdlib::mx_invert_color4FA({{in}}, {{amount}})" target="genmdl" />
  <implementation name="IM_invert_vector2_genmdl" nodedef="ND_invert_vector2" sourcecode="{{amount}} - {{in}}" target="genmdl" />
  <implementation name="IM_invert_vector2FA_genmdl" nodedef="ND_invert_vector2FA" sourcecode="{{amount}} - {{in}}" target="genmdl" />
  <implementation name="IM_invert_vector3_genmdl" nodedef="ND_invert_vector3" sourcecode="{{amount}} - {{in}}" target="genmdl" />
  <implementation name="IM_invert_vector3FA_genmdl" nodedef="ND_invert_vector3FA" sourcecode="{{amount}} - {{in}}" target="genmdl" />
  <implementation name="IM_invert_vector4_genmdl" nodedef="ND_invert_vector4" sourcecode="{{amount}} - {{in}}" target="genmdl" />
  <implementation name="IM_invert_vector4FA_genmdl" nodedef="ND_invert_vector4FA" sourcecode="{{amount}} - {{in}}" target="genmdl" />
  <implementation name="IM_absval_float_genmdl" nodedef="ND_absval_float" sourcecode="math::abs({{in}})" target="genmdl" />
  <implementation name="IM_absval_color3_genmdl" nodedef="ND_absval_color3" sourcecode="math::abs({{in}})" target="genmdl" />
  <implementation name="IM_absval_color4_genmdl" nodedef="ND_absval_color4" sourcecode="mx::stdlib::mx_absval_color4({{in}})" target="genmdl" />
  <implementation name="IM_absval_vector2_genmdl" nodedef="ND_absval_vector2" sourcecode="math::abs({{in}})" target="genmdl" />
  <implementation name="IM_absval_vector3_genmdl" nodedef="ND_absval_vector3" sourcecode="math::abs({{in}})" target="genmdl" />
  <implementation name="IM_absval_vector4_genmdl" nodedef="ND_absval_vector4" sourcecode="math::abs({{in}})" target="genmdl" />
  <implementation name="IM_floor_float_genmdl" nodedef="ND_floor_float" sourcecode="math::floor({{in}})" target="genmdl" />
  <implementation name="IM_floor_color3_genmdl" nodedef="ND_floor_color3" sourcecode="mx::stdlib::mx_floor_color3({{in}})" target="genmdl" />
  <implementation name="IM_floor_color4_genmdl" nodedef="ND_floor_color4" sourcecode="mx::stdlib::mx_floor_color4({{in}})" target="genmdl" />
  <implementation name="IM_floor_vector2_genmdl" nodedef="ND_floor_vector2" sourcecode="math::floor({{in}})" target="genmdl" />
  <implementation name="IM_floor_vector3_genmdl" nodedef="ND_floor_vector3" sourcecode="math::floor({{in}})" target="genmdl" />
  <implementation name="IM_floor_vector4_genmdl" nodedef="ND_floor_vector4" sourcecode="math::floor({{in}})" target="genmdl" />
  <implementation name="IM_ceil_float_genmdl" nodedef="ND_ceil_float" sourcecode="math::ceil({{in}})" target="genmdl" />
  <implementation name="IM_ceil_color3_genmdl" nodedef="ND_ceil_color3" sourcecode="mx::stdlib::mx_ceil_color3({{in}})" target="genmdl" />
  <implementation name="IM_ceil_color4_genmdl" nodedef="ND_ceil_color4" sourcecode="mx::stdlib::mx_ceil_color4({{in}})" target="genmdl" />
  <implementation name="IM_ceil_vector2_genmdl" nodedef="ND_ceil_vector2" sourcecode="math::ceil({{in}})" target="genmdl" />
  <implementation name="IM_ceil_vector3_genmdl" nodedef="ND_ceil_vector3" sourcecode="math::ceil({{in}})" target="genmdl" />
  <implementation name="IM_ceil_vector4_genmdl" nodedef="ND_ceil_vector4" sourcecode="math::ceil({{in}})" target="genmdl" />
  <implementation name="IM_power_float_genmdl" nodedef="ND_power_float" sourcecode="math::pow({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_power_color3_genmdl" nodedef="ND_power_color3" sourcecode="math::pow({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_power_color3FA_genmdl" nodedef="ND_power_color3FA" sourcecode="math::pow({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_power_color4_genmdl" nodedef="ND_power_color4" sourcecode="mx::stdlib::mx_power_color4({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_power_color4FA_genmdl" nodedef="ND_power_color4FA" sourcecode="mx::stdlib::mx_power_color4FA({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_power_vector2_genmdl" nodedef="ND_power_vector2" sourcecode="math::pow({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_power_vector2FA_genmdl" nodedef="ND_power_vector2FA" sourcecode="math::pow({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_power_vector3_genmdl" nodedef="ND_power_vector3" sourcecode="math::pow({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_power_vector3FA_genmdl" nodedef="ND_power_vector3FA" sourcecode="math::pow({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_power_vector4_genmdl" nodedef="ND_power_vector4" sourcecode="math::pow({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_power_vector4FA_genmdl" nodedef="ND_power_vector4FA" sourcecode="math::pow({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_sin_float_genmdl" nodedef="ND_sin_float" sourcecode="math::sin({{in}})" target="genmdl" />
  <implementation name="IM_cos_float_genmdl" nodedef="ND_cos_float" sourcecode="math::cos({{in}})" target="genmdl" />
  <implementation name="IM_tan_float_genmdl" nodedef="ND_tan_float" sourcecode="math::tan({{in}})" target="genmdl" />
  <implementation name="IM_asin_float_genmdl" nodedef="ND_asin_float" sourcecode="math::asin({{in}})" target="genmdl" />
  <implementation name="IM_acos_float_genmdl" nodedef="ND_acos_float" sourcecode="math::acos({{in}})" target="genmdl" />
  <implementation name="IM_atan2_float_genmdl" nodedef="ND_atan2_float" sourcecode="math::atan2({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_sin_vector2_genmdl" nodedef="ND_sin_vector2" sourcecode="math::sin({{in}})" target="genmdl" />
  <implementation name="IM_cos_vector2_genmdl" nodedef="ND_cos_vector2" sourcecode="math::cos({{in}})" target="genmdl" />
  <implementation name="IM_tan_vector2_genmdl" nodedef="ND_tan_vector2" sourcecode="math::tan({{in}})" target="genmdl" />
  <implementation name="IM_asin_vector2_genmdl" nodedef="ND_asin_vector2" sourcecode="math::asin({{in}})" target="genmdl" />
  <implementation name="IM_acos_vector2_genmdl" nodedef="ND_acos_vector2" sourcecode="math::acos({{in}})" target="genmdl" />
  <implementation name="IM_atan2_vector2_genmdl" nodedef="ND_atan2_vector2" sourcecode="math::atan2({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_sin_vector3_genmdl" nodedef="ND_sin_vector3" sourcecode="math::sin({{in}})" target="genmdl" />
  <implementation name="IM_cos_vector3_genmdl" nodedef="ND_cos_vector3" sourcecode="math::cos({{in}})" target="genmdl" />
  <implementation name="IM_tan_vector3_genmdl" nodedef="ND_tan_vector3" sourcecode="math::tan({{in}})" target="genmdl" />
  <implementation name="IM_asin_vector3_genmdl" nodedef="ND_asin_vector3" sourcecode="math::asin({{in}})" target="genmdl" />
  <implementation name="IM_acos_vector3_genmdl" nodedef="ND_acos_vector3" sourcecode="math::acos({{in}})" target="genmdl" />
  <implementation name="IM_atan2_vector3_genmdl" nodedef="ND_atan2_vector3" sourcecode="math::atan2({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_sin_vector4_genmdl" nodedef="ND_sin_vector4" sourcecode="math::sin({{in}})" target="genmdl" />
  <implementation name="IM_cos_vector4_genmdl" nodedef="ND_cos_vector4" sourcecode="math::cos({{in}})" target="genmdl" />
  <implementation name="IM_tan_vector4_genmdl" nodedef="ND_tan_vector4" sourcecode="math::tan({{in}})" target="genmdl" />
  <implementation name="IM_asin_vector4_genmdl" nodedef="ND_asin_vector4" sourcecode="math::asin({{in}})" target="genmdl" />
  <implementation name="IM_acos_vector4_genmdl" nodedef="ND_acos_vector4" sourcecode="math::acos({{in}})" target="genmdl" />
  <implementation name="IM_atan2_vector4_genmdl" nodedef="ND_atan2_vector4" sourcecode="math::atan2({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_sqrt_float_genmdl" nodedef="ND_sqrt_float" sourcecode="math::sqrt({{in}})" target="genmdl" />
  <implementation name="IM_sqrt_vector2_genmdl" nodedef="ND_sqrt_vector2" sourcecode="math::sqrt({{in}})" target="genmdl" />
  <implementation name="IM_sqrt_vector3_genmdl" nodedef="ND_sqrt_vector3" sourcecode="math::sqrt({{in}})" target="genmdl" />
  <implementation name="IM_sqrt_vector4_genmdl" nodedef="ND_sqrt_vector4" sourcecode="math::sqrt({{in}})" target="genmdl" />
  <implementation name="IM_ln_float_genmdl" nodedef="ND_ln_float" sourcecode="math::log({{in}})" target="genmdl" />
  <implementation name="IM_ln_vector2_genmdl" nodedef="ND_ln_vector2" sourcecode="math::log({{in}})" target="genmdl" />
  <implementation name="IM_ln_vector3_genmdl" nodedef="ND_ln_vector3" sourcecode="math::log({{in}})" target="genmdl" />
  <implementation name="IM_ln_vector4_genmdl" nodedef="ND_ln_vector4" sourcecode="math::log({{in}})" target="genmdl" />
  <implementation name="IM_exp_float_genmdl" nodedef="ND_exp_float" sourcecode="math::exp({{in}})" target="genmdl" />
  <implementation name="IM_exp_vector2_genmdl" nodedef="ND_exp_vector2" sourcecode="math::exp({{in}})" target="genmdl" />
  <implementation name="IM_exp_vector3_genmdl" nodedef="ND_exp_vector3" sourcecode="math::exp({{in}})" target="genmdl" />
  <implementation name="IM_exp_vector4_genmdl" nodedef="ND_exp_vector4" sourcecode="math::exp({{in}})" target="genmdl" />
  <implementation name="IM_sign_float_genmdl" nodedef="ND_sign_float" sourcecode="math::sign({{in}})" target="genmdl" />
  <implementation name="IM_sign_color3_genmdl" nodedef="ND_sign_color3" sourcecode="mx::stdlib::mx_sign_color3({{in}})" target="genmdl" />
  <implementation name="IM_sign_color4_genmdl" nodedef="ND_sign_color4" sourcecode="mx::stdlib::mx_sign_color4({{in}})" target="genmdl" />
  <implementation name="IM_sign_vector2_genmdl" nodedef="ND_sign_vector2" sourcecode="math::sign({{in}})" target="genmdl" />
  <implementation name="IM_sign_vector3_genmdl" nodedef="ND_sign_vector3" sourcecode="math::sign({{in}})" target="genmdl" />
  <implementation name="IM_sign_vector4_genmdl" nodedef="ND_sign_vector4" sourcecode="math::sign({{in}})" target="genmdl" />
  <implementation name="IM_clamp_float_genmdl" nodedef="ND_clamp_float" sourcecode="math::clamp({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_clamp_color3_genmdl" nodedef="ND_clamp_color3" sourcecode="math::clamp({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_clamp_color3FA_genmdl" nodedef="ND_clamp_color3FA" sourcecode="math::clamp({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_clamp_color4_genmdl" nodedef="ND_clamp_color4" sourcecode="mx::stdlib::mx_clamp_color4({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_clamp_color4FA_genmdl" nodedef="ND_clamp_color4FA" sourcecode="mx::stdlib::mx_clamp_color4FA({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_clamp_vector2_genmdl" nodedef="ND_clamp_vector2" sourcecode="math::clamp({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_clamp_vector2FA_genmdl" nodedef="ND_clamp_vector2FA" sourcecode="math::clamp({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_clamp_vector3_genmdl" nodedef="ND_clamp_vector3" sourcecode="math::clamp({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_clamp_vector3FA_genmdl" nodedef="ND_clamp_vector3FA" sourcecode="math::clamp({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_clamp_vector4_genmdl" nodedef="ND_clamp_vector4" sourcecode="math::clamp({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_clamp_vector4FA_genmdl" nodedef="ND_clamp_vector4FA" sourcecode="math::clamp({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_min_float_genmdl" nodedef="ND_min_float" sourcecode="math::min({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_min_color3_genmdl" nodedef="ND_min_color3" sourcecode="math::min({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_min_color3FA_genmdl" nodedef="ND_min_color3FA" sourcecode="math::min({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_min_color4_genmdl" nodedef="ND_min_color4" sourcecode="mx::stdlib::mx_min_color4({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_min_color4FA_genmdl" nodedef="ND_min_color4FA" sourcecode="mx::stdlib::mx_min_color4({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_min_vector2_genmdl" nodedef="ND_min_vector2" sourcecode="math::min({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_min_vector2FA_genmdl" nodedef="ND_min_vector2FA" sourcecode="math::min({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_min_vector3_genmdl" nodedef="ND_min_vector3" sourcecode="math::min({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_min_vector3FA_genmdl" nodedef="ND_min_vector3FA" sourcecode="math::min({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_min_vector4_genmdl" nodedef="ND_min_vector4" sourcecode="math::min({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_min_vector4FA_genmdl" nodedef="ND_min_vector4FA" sourcecode="math::min({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_max_float_genmdl" nodedef="ND_max_float" sourcecode="math::max({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_max_color3_genmdl" nodedef="ND_max_color3" sourcecode="math::max({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_max_color3FA_genmdl" nodedef="ND_max_color3FA" sourcecode="math::max({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_max_color4_genmdl" nodedef="ND_max_color4" sourcecode="mx::stdlib::mx_max_color4({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_max_color4FA_genmdl" nodedef="ND_max_color4FA" sourcecode="mx::stdlib::mx_max_color4({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_max_vector2_genmdl" nodedef="ND_max_vector2" sourcecode="math::max({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_max_vector2FA_genmdl" nodedef="ND_max_vector2FA" sourcecode="math::max({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_max_vector3_genmdl" nodedef="ND_max_vector3" sourcecode="math::max({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_max_vector3FA_genmdl" nodedef="ND_max_vector3FA" sourcecode="math::max({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_max_vector4_genmdl" nodedef="ND_max_vector4" sourcecode="math::max({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_max_vector4FA_genmdl" nodedef="ND_max_vector4FA" sourcecode="math::max({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_normalize_vector2_genmdl" nodedef="ND_normalize_vector2" sourcecode="math::normalize({{in}})" target="genmdl" />
  <implementation name="IM_normalize_vector3_genmdl" nodedef="ND_normalize_vector3" sourcecode="math::normalize({{in}})" target="genmdl" />
  <implementation name="IM_normalize_vector4_genmdl" nodedef="ND_normalize_vector4" sourcecode="math::normalize({{in}})" target="genmdl" />
  <implementation name="IM_magnitude_vector2_genmdl" nodedef="ND_magnitude_vector2" sourcecode="math::length({{in}})" target="genmdl" />
  <implementation name="IM_magnitude_vector3_genmdl" nodedef="ND_magnitude_vector3" sourcecode="math::length({{in}})" target="genmdl" />
  <implementation name="IM_magnitude_vector4_genmdl" nodedef="ND_magnitude_vector4" sourcecode="math::length({{in}})" target="genmdl" />
  <implementation name="IM_dotproduct_vector2_genmdl" nodedef="ND_dotproduct_vector2" sourcecode="math::dot({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_dotproduct_vector3_genmdl" nodedef="ND_dotproduct_vector3" sourcecode="math::dot({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_dotproduct_vector4_genmdl" nodedef="ND_dotproduct_vector4" sourcecode="math::dot({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_crossproduct_vector3_genmdl" nodedef="ND_crossproduct_vector3" sourcecode="math::cross({{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_transformpoint_vector3_genmdl" nodedef="ND_transformpoint_vector3" sourcecode="mx::stdlib::mx_transformpoint_vector3({{in}}, {{fromspace}}, {{tospace}})" target="genmdl" />
  <implementation name="IM_transformvector_vector3_genmdl" nodedef="ND_transformvector_vector3" sourcecode="mx::stdlib::mx_transformvector_vector3({{in}}, {{fromspace}}, {{tospace}})" target="genmdl" />
  <implementation name="IM_transformnormal_vector3_genmdl" nodedef="ND_transformnormal_vector3" sourcecode="mx::stdlib::mx_transformnormal_vector3({{in}}, {{fromspace}}, {{tospace}})" target="genmdl" />
  <implementation name="IM_transformmatrix_vector2M3_genmdl" nodedef="ND_transformmatrix_vector2M3" sourcecode="mx::stdlib::mx_transformmatrix_vector2M3({{in}}, {{mat}})" target="genmdl" />
  <implementation name="IM_transformmatrix_vector3_genmdl" nodedef="ND_transformmatrix_vector3" sourcecode="mx::stdlib::mx_transformmatrix_vector3({{in}}, {{mat}})" target="genmdl" />
  <implementation name="IM_transformmatrix_vector3M4_genmdl" nodedef="ND_transformmatrix_vector3M4" sourcecode="mx::stdlib::mx_transformmatrix_vector3M4({{in}}, {{mat}})" target="genmdl" />
  <implementation name="IM_transformmatrix_vector4_genmdl" nodedef="ND_transformmatrix_vector4" sourcecode="mx::stdlib::mx_transformmatrix_vector4({{in}}, {{mat}})" target="genmdl" />
  <implementation name="IM_transpose_matrix33_genmdl" nodedef="ND_transpose_matrix33" sourcecode="math::transpose({{in}})" target="genmdl" />
  <implementation name="IM_transpose_matrix44_genmdl" nodedef="ND_transpose_matrix44" sourcecode="math::transpose({{in}})" target="genmdl" />
  <implementation name="IM_determinant_matrix33_genmdl" nodedef="ND_determinant_matrix33" sourcecode="mx::stdlib::mx_determinant_matrix33({{in}})" target="genmdl" />
  <implementation name="IM_determinant_matrix44_genmdl" nodedef="ND_determinant_matrix44" sourcecode="mx::stdlib::mx_determinant_matrix44({{in}})" target="genmdl" />
  <implementation name="IM_invertmatrix_matrix33_genmdl" nodedef="ND_invertmatrix_matrix33" sourcecode="mx::stdlib::mx_invertmatrix_matrix33({{in}})" target="genmdl" />
  <implementation name="IM_invertmatrix_matrix44_genmdl" nodedef="ND_invertmatrix_matrix44" sourcecode="mx::stdlib::mx_invertmatrix_matrix44({{in}})" target="genmdl" />
  <implementation name="IM_rotate2d_vector2_genmdl" nodedef="ND_rotate2d_vector2" sourcecode="mx::stdlib::mx_rotate2d_vector2(mxp_in:{{in}}, mxp_amount:{{amount}})" target="genmdl" />
  <implementation name="IM_rotate3d_vector3_genmdl" nodedef="ND_rotate3d_vector3" sourcecode="mx::stdlib::mx_rotate3d_vector3(mxp_in:{{in}}, mxp_amount:{{amount}}, mxp_axis:{{axis}})" target="genmdl" />
  <implementation name="IM_remap_float_genmdl" nodedef="ND_remap_float" sourcecode="mx::stdlib::mx_remap_float({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}})" target="genmdl" />
  <implementation name="IM_remap_color3_genmdl" nodedef="ND_remap_color3" sourcecode="mx::stdlib::mx_remap_color3({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}})" target="genmdl" />
  <implementation name="IM_remap_color4_genmdl" nodedef="ND_remap_color4" sourcecode="mx::stdlib::mx_remap_color4({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}})" target="genmdl" />
  <implementation name="IM_remap_vector2_genmdl" nodedef="ND_remap_vector2" sourcecode="mx::stdlib::mx_remap_vector2({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}})" target="genmdl" />
  <implementation name="IM_remap_vector3_genmdl" nodedef="ND_remap_vector3" sourcecode="mx::stdlib::mx_remap_vector3({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}})" target="genmdl" />
  <implementation name="IM_remap_vector4_genmdl" nodedef="ND_remap_vector4" sourcecode="mx::stdlib::mx_remap_vector4({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}})" target="genmdl" />
  <implementation name="IM_remap_color3FA_genmdl" nodedef="ND_remap_color3FA" sourcecode="mx::stdlib::mx_remap_color3FA({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}})" target="genmdl" />
  <implementation name="IM_remap_color4FA_genmdl" nodedef="ND_remap_color4FA" sourcecode="mx::stdlib::mx_remap_color4FA({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}})" target="genmdl" />
  <implementation name="IM_remap_vector2FA_genmdl" nodedef="ND_remap_vector2FA" sourcecode="mx::stdlib::mx_remap_vector2FA({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}})" target="genmdl" />
  <implementation name="IM_remap_vector3FA_genmdl" nodedef="ND_remap_vector3FA" sourcecode="mx::stdlib::mx_remap_vector3FA({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}})" target="genmdl" />
  <implementation name="IM_remap_vector4FA_genmdl" nodedef="ND_remap_vector4FA" sourcecode="mx::stdlib::mx_remap_vector4FA({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}})" target="genmdl" />
  <implementation name="IM_smoothstep_float_genmdl" nodedef="ND_smoothstep_float" sourcecode="mx::stdlib::mx_smoothstep_float({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_smoothstep_color3_genmdl" nodedef="ND_smoothstep_color3" sourcecode="mx::stdlib::mx_smoothstep_color3({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_smoothstep_color4_genmdl" nodedef="ND_smoothstep_color4" sourcecode="mx::stdlib::mx_smoothstep_color4({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_smoothstep_vector2_genmdl" nodedef="ND_smoothstep_vector2" sourcecode="mx::stdlib::mx_smoothstep_vector2({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_smoothstep_vector3_genmdl" nodedef="ND_smoothstep_vector3" sourcecode="mx::stdlib::mx_smoothstep_vector3({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_smoothstep_vector4_genmdl" nodedef="ND_smoothstep_vector4" sourcecode="mx::stdlib::mx_smoothstep_vector4({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_smoothstep_color3FA_genmdl" nodedef="ND_smoothstep_color3FA" sourcecode="mx::stdlib::mx_smoothstep_color3FA({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_smoothstep_color4FA_genmdl" nodedef="ND_smoothstep_color4FA" sourcecode="mx::stdlib::mx_smoothstep_color4FA({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_smoothstep_vector2FA_genmdl" nodedef="ND_smoothstep_vector2FA" sourcecode="mx::stdlib::mx_smoothstep_vector2FA({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_smoothstep_vector3FA_genmdl" nodedef="ND_smoothstep_vector3FA" sourcecode="mx::stdlib::mx_smoothstep_vector3FA({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_smoothstep_vector4FA_genmdl" nodedef="ND_smoothstep_vector4FA" sourcecode="mx::stdlib::mx_smoothstep_vector4FA({{in}}, {{low}}, {{high}})" target="genmdl" />
  <implementation name="IM_luminance_color3_genmdl" nodedef="ND_luminance_color3" sourcecode="mx::stdlib::mx_luminance_color3({{in}})" target="genmdl" />
  <implementation name="IM_luminance_color4_genmdl" nodedef="ND_luminance_color4" sourcecode="mx::stdlib::mx_luminance_color4({{in}})" target="genmdl" />
  <implementation name="IM_rgbtohsv_color3_genmdl" nodedef="ND_rgbtohsv_color3" sourcecode="mx::stdlib::mx_rgbtohsv_color3({{in}})" target="genmdl" />
  <implementation name="IM_rgbtohsv_color4_genmdl" nodedef="ND_rgbtohsv_color4" sourcecode="mx::stdlib::mx_rgbtohsv_color4({{in}})" target="genmdl" />
  <implementation name="IM_hsvtorgb_color3_genmdl" nodedef="ND_hsvtorgb_color3" sourcecode="mx::stdlib::mx_hsvtorgb_color3({{in}})" target="genmdl" />
  <implementation name="IM_hsvtorgb_color4_genmdl" nodedef="ND_hsvtorgb_color4" sourcecode="mx::stdlib::mx_hsvtorgb_color4({{in}})" target="genmdl" />
  <implementation name="IM_premult_color4_genmdl" nodedef="ND_premult_color4" sourcecode="mx::stdlib::mx_premult_color4({{in}})" target="genmdl" />
  <implementation name="IM_unpremult_color4_genmdl" nodedef="ND_unpremult_color4" sourcecode="mx::stdlib::mx_unpremult_color4({{in}})" target="genmdl" />
  <implementation name="IM_plus_float_genmdl" nodedef="ND_plus_float" sourcecode="({{mix}}*({{bg}} + {{fg}})) + ((1.0-{{mix}})*{{bg}})" target="genmdl" />
  <implementation name="IM_plus_color3_genmdl" nodedef="ND_plus_color3" sourcecode="({{mix}}*({{bg}} + {{fg}})) + ((1.0-{{mix}})*{{bg}})" target="genmdl" />
  <implementation name="IM_plus_color4_genmdl" nodedef="ND_plus_color4" sourcecode="mx::stdlib::mx_plus_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_minus_float_genmdl" nodedef="ND_minus_float" sourcecode="({{mix}}*({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" target="genmdl" />
  <implementation name="IM_minus_color3_genmdl" nodedef="ND_minus_color3" sourcecode="({{mix}}*({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" target="genmdl" />
  <implementation name="IM_minus_color4_genmdl" nodedef="ND_minus_color4" sourcecode="mx::stdlib::mx_minus_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_difference_float_genmdl" nodedef="ND_difference_float" sourcecode="({{mix}}*math::abs({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" target="genmdl" />
  <implementation name="IM_difference_color3_genmdl" nodedef="ND_difference_color3" sourcecode="({{mix}}*math::abs({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" target="genmdl" />
  <implementation name="IM_difference_color4_genmdl" nodedef="ND_difference_color4" sourcecode="mx::stdlib::mx_difference_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_burn_float_genmdl" nodedef="ND_burn_float" sourcecode="mx::stdlib::mx_burn_float({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_burn_color3_genmdl" nodedef="ND_burn_color3" sourcecode="mx::stdlib::mx_burn_color3({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_burn_color4_genmdl" nodedef="ND_burn_color4" sourcecode="mx::stdlib::mx_burn_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_dodge_float_genmdl" nodedef="ND_dodge_float" sourcecode="mx::stdlib::mx_dodge_float({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_dodge_color3_genmdl" nodedef="ND_dodge_color3" sourcecode="mx::stdlib::mx_dodge_color3({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_dodge_color4_genmdl" nodedef="ND_dodge_color4" sourcecode="mx::stdlib::mx_dodge_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_screen_float_genmdl" nodedef="ND_screen_float" sourcecode="({{mix}}*((1.0 - (1.0 - {{fg}}) * (1 - {{bg}})))) + ((1.0-{{mix}})*{{bg}})" target="genmdl" />
  <implementation name="IM_screen_color3_genmdl" nodedef="ND_screen_color3" sourcecode="({{mix}}*((1.0 - (1.0 - {{fg}}) * (1 - {{bg}})))) + ((1.0-{{mix}})*{{bg}})" target="genmdl" />
  <implementation name="IM_screen_color4_genmdl" nodedef="ND_screen_color4" sourcecode="mx::stdlib::mx_screen_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_overlay_float_genmdl" nodedef="ND_overlay_float" sourcecode="mx::stdlib::mx_overlay_float({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_overlay_color3_genmdl" nodedef="ND_overlay_color3" sourcecode="mx::stdlib::mx_overlay_color3({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_overlay_color4_genmdl" nodedef="ND_overlay_color4" sourcecode="mx::stdlib::mx_overlay_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_disjointover_color4_genmdl" nodedef="ND_disjointover_color4" sourcecode="mx::stdlib::mx_disjointover_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_in_color4_genmdl" nodedef="ND_in_color4" sourcecode="mx::stdlib::mx_in_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_mask_color4_genmdl" nodedef="ND_mask_color4" sourcecode="mx::stdlib::mx_mask_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_matte_color4_genmdl" nodedef="ND_matte_color4" sourcecode="mx::stdlib::mx_matte_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_out_color4_genmdl" nodedef="ND_out_color4" sourcecode="mx::stdlib::mx_out_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_over_color4_genmdl" nodedef="ND_over_color4" sourcecode="mx::stdlib::mx_over_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_inside_float_genmdl" nodedef="ND_inside_float" sourcecode="{{in}} * {{mask}}" target="genmdl" />
  <implementation name="IM_inside_color3_genmdl" nodedef="ND_inside_color3" sourcecode="{{in}} * {{mask}}" target="genmdl" />
  <implementation name="IM_inside_color4_genmdl" nodedef="ND_inside_color4" sourcecode="mx_multiply({{in}}, {{mask}})" target="genmdl" />
  <implementation name="IM_outside_float_genmdl" nodedef="ND_outside_float" sourcecode="{{in}} * (1.0 - {{mask}})" target="genmdl" />
  <implementation name="IM_outside_color3_genmdl" nodedef="ND_outside_color3" sourcecode="{{in}} * (1.0 - {{mask}})" target="genmdl" />
  <implementation name="IM_outside_color4_genmdl" nodedef="ND_outside_color4" sourcecode="mx_multiply({{in}}, 1.0 - {{mask}})" target="genmdl" />
  <implementation name="IM_mix_float_genmdl" nodedef="ND_mix_float" sourcecode="math::lerp({{bg}}, {{fg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_mix_color3_genmdl" nodedef="ND_mix_color3" sourcecode="math::lerp({{bg}}, {{fg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_mix_color3_color3_genmdl" nodedef="ND_mix_color3_color3" sourcecode="math::lerp({{bg}}, {{fg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_mix_color4_genmdl" nodedef="ND_mix_color4" sourcecode="mx::stdlib::mx_mix_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_mix_color4_color4_genmdl" nodedef="ND_mix_color4_color4" sourcecode="mx::stdlib::mx_mix_color4_color4({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_mix_vector2_genmdl" nodedef="ND_mix_vector2" sourcecode="math::lerp({{bg}}, {{fg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_mix_vector2_vector2_genmdl" nodedef="ND_mix_vector2_vector2" sourcecode="math::lerp({{bg}}, {{fg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_mix_vector3_genmdl" nodedef="ND_mix_vector3" sourcecode="math::lerp({{bg}}, {{fg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_mix_vector3_vector3_genmdl" nodedef="ND_mix_vector3_vector3" sourcecode="math::lerp({{bg}}, {{fg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_mix_vector4_genmdl" nodedef="ND_mix_vector4" sourcecode="math::lerp({{bg}}, {{fg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_mix_vector4_vector4_genmdl" nodedef="ND_mix_vector4_vector4" sourcecode="math::lerp({{bg}}, {{fg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_mix_surfaceshader_genmdl" nodedef="ND_mix_surfaceshader" sourcecode="mx::stdlib::mx_mix_surfaceshader({{fg}}, {{bg}}, {{mix}})" target="genmdl" />
  <implementation name="IM_ifgreater_float_genmdl" nodedef="ND_ifgreater_float" sourcecode="mx::stdlib::mx_ifgreater_float({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreater_color3_genmdl" nodedef="ND_ifgreater_color3" sourcecode="mx::stdlib::mx_ifgreater_color3({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreater_color4_genmdl" nodedef="ND_ifgreater_color4" sourcecode="mx::stdlib::mx_ifgreater_color4({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreater_vector2_genmdl" nodedef="ND_ifgreater_vector2" sourcecode="mx::stdlib::mx_ifgreater_vector2({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreater_vector3_genmdl" nodedef="ND_ifgreater_vector3" sourcecode="mx::stdlib::mx_ifgreater_vector3({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreater_vector4_genmdl" nodedef="ND_ifgreater_vector4" sourcecode="mx::stdlib::mx_ifgreater_vector4({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreater_floatI_genmdl" nodedef="ND_ifgreater_floatI" sourcecode="mx::stdlib::mx_ifgreater_floatI({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreater_color3I_genmdl" nodedef="ND_ifgreater_color3I" sourcecode="mx::stdlib::mx_ifgreater_color3I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreater_color4I_genmdl" nodedef="ND_ifgreater_color4I" sourcecode="mx::stdlib::mx_ifgreater_color4I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreater_vector2I_genmdl" nodedef="ND_ifgreater_vector2I" sourcecode="mx::stdlib::mx_ifgreater_vector2I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreater_vector3I_genmdl" nodedef="ND_ifgreater_vector3I" sourcecode="mx::stdlib::mx_ifgreater_vector3I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreater_vector4I_genmdl" nodedef="ND_ifgreater_vector4I" sourcecode="mx::stdlib::mx_ifgreater_vector4I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreatereq_float_genmdl" nodedef="ND_ifgreatereq_float" sourcecode="mx::stdlib::mx_ifgreatereq_float({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreatereq_color3_genmdl" nodedef="ND_ifgreatereq_color3" sourcecode="mx::stdlib::mx_ifgreatereq_color3({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreatereq_color4_genmdl" nodedef="ND_ifgreatereq_color4" sourcecode="mx::stdlib::mx_ifgreatereq_color4({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreatereq_vector2_genmdl" nodedef="ND_ifgreatereq_vector2" sourcecode="mx::stdlib::mx_ifgreatereq_vector2({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreatereq_vector3_genmdl" nodedef="ND_ifgreatereq_vector3" sourcecode="mx::stdlib::mx_ifgreatereq_vector3({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreatereq_vector4_genmdl" nodedef="ND_ifgreatereq_vector4" sourcecode="mx::stdlib::mx_ifgreatereq_vector4({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreatereq_floatI_genmdl" nodedef="ND_ifgreatereq_floatI" sourcecode="mx::stdlib::mx_ifgreatereq_floatI({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreatereq_color3I_genmdl" nodedef="ND_ifgreatereq_color3I" sourcecode="mx::stdlib::mx_ifgreatereq_color3I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreatereq_color4I_genmdl" nodedef="ND_ifgreatereq_color4I" sourcecode="mx::stdlib::mx_ifgreatereq_color4I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreatereq_vector2I_genmdl" nodedef="ND_ifgreatereq_vector2I" sourcecode="mx::stdlib::mx_ifgreatereq_vector2I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreatereq_vector3I_genmdl" nodedef="ND_ifgreatereq_vector3I" sourcecode="mx::stdlib::mx_ifgreatereq_vector3I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifgreatereq_vector4I_genmdl" nodedef="ND_ifgreatereq_vector4I" sourcecode="mx::stdlib::mx_ifgreatereq_vector4I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_float_genmdl" nodedef="ND_ifequal_float" sourcecode="mx::stdlib::mx_ifequal_float({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_color3_genmdl" nodedef="ND_ifequal_color3" sourcecode="mx::stdlib::mx_ifequal_color3({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_color4_genmdl" nodedef="ND_ifequal_color4" sourcecode="mx::stdlib::mx_ifequal_color4({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_vector2_genmdl" nodedef="ND_ifequal_vector2" sourcecode="mx::stdlib::mx_ifequal_vector2({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_vector3_genmdl" nodedef="ND_ifequal_vector3" sourcecode="mx::stdlib::mx_ifequal_vector3({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_vector4_genmdl" nodedef="ND_ifequal_vector4" sourcecode="mx::stdlib::mx_ifequal_vector4({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_floatI_genmdl" nodedef="ND_ifequal_floatI" sourcecode="mx::stdlib::mx_ifequal_floatI({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_color3I_genmdl" nodedef="ND_ifequal_color3I" sourcecode="mx::stdlib::mx_ifequal_color3I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_color4I_genmdl" nodedef="ND_ifequal_color4I" sourcecode="mx::stdlib::mx_ifequal_color4I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_vector2I_genmdl" nodedef="ND_ifequal_vector2I" sourcecode="mx::stdlib::mx_ifequal_vector2I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_vector3I_genmdl" nodedef="ND_ifequal_vector3I" sourcecode="mx::stdlib::mx_ifequal_vector3I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_vector4I_genmdl" nodedef="ND_ifequal_vector4I" sourcecode="mx::stdlib::mx_ifequal_vector4I({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_floatB_genmdl" nodedef="ND_ifequal_floatB" sourcecode="mx::stdlib::mx_ifequal_floatB({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_color3B_genmdl" nodedef="ND_ifequal_color3B" sourcecode="mx::stdlib::mx_ifequal_color3B({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_color4B_genmdl" nodedef="ND_ifequal_color4B" sourcecode="mx::stdlib::mx_ifequal_color4B({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_vector2B_genmdl" nodedef="ND_ifequal_vector2B" sourcecode="mx::stdlib::mx_ifequal_vector2B({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_vector3B_genmdl" nodedef="ND_ifequal_vector3B" sourcecode="mx::stdlib::mx_ifequal_vector3B({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_ifequal_vector4B_genmdl" nodedef="ND_ifequal_vector4B" sourcecode="mx::stdlib::mx_ifequal_vector4B({{value1}}, {{value2}}, {{in1}}, {{in2}})" target="genmdl" />
  <implementation name="IM_switch_float_genmdl" nodedef="ND_switch_float" sourcecode="mx::stdlib::mx_switch_float({{in1}}, {{in2}}, {{in3}}, {{in4}}, {{in5}}, {{which}})" target="genmdl" />
  <implementation name="IM_switch_color3_genmdl" nodedef="ND_switch_color3" sourcecode="mx::stdlib::mx_switch_color3({{in1}}, {{in2}}, {{in3}}, {{in4}}, {{in5}}, {{which}})" target="genmdl" />
  <implementation name="IM_switch_color4_genmdl" nodedef="ND_switch_color4" sourcecode="mx::stdlib::mx_switch_color4({{in1}}, {{in2}}, {{in3}}, {{in4}}, {{in5}}, {{which}})" target="genmdl" />
  <implementation name="IM_switch_vector2_genmdl" nodedef="ND_switch_vector2" sourcecode="mx::stdlib::mx_switch_vector2({{in1}}, {{in2}}, {{in3}}, {{in4}}, {{in5}}, {{which}})" target="genmdl" />
  <implementation name="IM_switch_vector3_genmdl" nodedef="ND_switch_vector3" sourcecode="mx::stdlib::mx_switch_vector3({{in1}}, {{in2}}, {{in3}}, {{in4}}, {{in5}}, {{which}})" target="genmdl" />
  <implementation name="IM_switch_vector4_genmdl" nodedef="ND_switch_vector4" sourcecode="mx::stdlib::mx_switch_vector4({{in1}}, {{in2}}, {{in3}}, {{in4}}, {{in5}}, {{which}})" target="genmdl" />
  <implementation name="IM_switch_floatI_genmdl" nodedef="ND_switch_floatI" sourcecode="mx::stdlib::mx_switch_floatI({{in1}}, {{in2}}, {{in3}}, {{in4}}, {{in5}}, {{which}})" target="genmdl" />
  <implementation name="IM_switch_color3I_genmdl" nodedef="ND_switch_color3I" sourcecode="mx::stdlib::mx_switch_color3I({{in1}}, {{in2}}, {{in3}}, {{in4}}, {{in5}}, {{which}})" target="genmdl" />
  <implementation name="IM_switch_color4I_genmdl" nodedef="ND_switch_color4I" sourcecode="mx::stdlib::mx_switch_color4I({{in1}}, {{in2}}, {{in3}}, {{in4}}, {{in5}}, {{which}})" target="genmdl" />
  <implementation name="IM_switch_vector2I_genmdl" nodedef="ND_switch_vector2I" sourcecode="mx::stdlib::mx_switch_vector2I({{in1}}, {{in2}}, {{in3}}, {{in4}}, {{in5}}, {{which}})" target="genmdl" />
  <implementation name="IM_switch_vector3I_genmdl" nodedef="ND_switch_vector3I" sourcecode="mx::stdlib::mx_switch_vector3I({{in1}}, {{in2}}, {{in3}}, {{in4}}, {{in5}}, {{which}})" target="genmdl" />
  <implementation name="IM_switch_vector4I_genmdl" nodedef="ND_switch_vector4I" sourcecode="mx::stdlib::mx_switch_vector4I({{in1}}, {{in2}}, {{in3}}, {{in4}}, {{in5}}, {{which}})" target="genmdl" />
  <implementation name="IM_convert_float_color3_genmdl" nodedef="ND_convert_float_color3" target="genmdl" />
  <implementation name="IM_convert_float_color4_genmdl" nodedef="ND_convert_float_color4" target="genmdl" />
  <implementation name="IM_convert_float_vector2_genmdl" nodedef="ND_convert_float_vector2" target="genmdl" />
  <implementation name="IM_convert_float_vector3_genmdl" nodedef="ND_convert_float_vector3" target="genmdl" />
  <implementation name="IM_convert_float_vector4_genmdl" nodedef="ND_convert_float_vector4" target="genmdl" />
  <implementation name="IM_convert_vector2_vector3_genmdl" nodedef="ND_convert_vector2_vector3" target="genmdl" />
  <implementation name="IM_convert_vector3_color3_genmdl" nodedef="ND_convert_vector3_color3" target="genmdl" />
  <implementation name="IM_convert_vector3_vector2_genmdl" nodedef="ND_convert_vector3_vector2" target="genmdl" />
  <implementation name="IM_convert_vector3_vector4_genmdl" nodedef="ND_convert_vector3_vector4" target="genmdl" />
  <implementation name="IM_convert_vector4_color4_genmdl" nodedef="ND_convert_vector4_color4" target="genmdl" />
  <implementation name="IM_convert_vector4_vector3_genmdl" nodedef="ND_convert_vector4_vector3" target="genmdl" />
  <implementation name="IM_convert_color3_vector3_genmdl" nodedef="ND_convert_color3_vector3" target="genmdl" />
  <implementation name="IM_convert_color4_vector4_genmdl" nodedef="ND_convert_color4_vector4" target="genmdl" />
  <implementation name="IM_convert_color3_color4_genmdl" nodedef="ND_convert_color3_color4" target="genmdl" />
  <implementation name="IM_convert_color4_color3_genmdl" nodedef="ND_convert_color4_color3" target="genmdl" />
  <implementation name="IM_convert_boolean_float_genmdl" nodedef="ND_convert_boolean_float" target="genmdl" />
  <implementation name="IM_convert_integer_float_genmdl" nodedef="ND_convert_integer_float" target="genmdl" />
  <implementation name="IM_swizzle_float_color3_genmdl" nodedef="ND_swizzle_float_color3" target="genmdl" />
  <implementation name="IM_swizzle_float_color4_genmdl" nodedef="ND_swizzle_float_color4" target="genmdl" />
  <implementation name="IM_swizzle_float_vector2_genmdl" nodedef="ND_swizzle_float_vector2" target="genmdl" />
  <implementation name="IM_swizzle_float_vector3_genmdl" nodedef="ND_swizzle_float_vector3" target="genmdl" />
  <implementation name="IM_swizzle_float_vector4_genmdl" nodedef="ND_swizzle_float_vector4" target="genmdl" />
  <implementation name="IM_swizzle_color3_float_genmdl" nodedef="ND_swizzle_color3_float" target="genmdl" />
  <implementation name="IM_swizzle_color3_color3_genmdl" nodedef="ND_swizzle_color3_color3" target="genmdl" />
  <implementation name="IM_swizzle_color3_color4_genmdl" nodedef="ND_swizzle_color3_color4" target="genmdl" />
  <implementation name="IM_swizzle_color3_vector2_genmdl" nodedef="ND_swizzle_color3_vector2" target="genmdl" />
  <implementation name="IM_swizzle_color3_vector3_genmdl" nodedef="ND_swizzle_color3_vector3" target="genmdl" />
  <implementation name="IM_swizzle_color3_vector4_genmdl" nodedef="ND_swizzle_color3_vector4" target="genmdl" />
  <implementation name="IM_swizzle_color4_float_genmdl" nodedef="ND_swizzle_color4_float" target="genmdl" />
  <implementation name="IM_swizzle_color4_color3_genmdl" nodedef="ND_swizzle_color4_color3" target="genmdl" />
  <implementation name="IM_swizzle_color4_color4_genmdl" nodedef="ND_swizzle_color4_color4" target="genmdl" />
  <implementation name="IM_swizzle_color4_vector2_genmdl" nodedef="ND_swizzle_color4_vector2" target="genmdl" />
  <implementation name="IM_swizzle_color4_vector3_genmdl" nodedef="ND_swizzle_color4_vector3" target="genmdl" />
  <implementation name="IM_swizzle_color4_vector4_genmdl" nodedef="ND_swizzle_color4_vector4" target="genmdl" />
  <implementation name="IM_swizzle_vector2_float_genmdl" nodedef="ND_swizzle_vector2_float" target="genmdl" />
  <implementation name="IM_swizzle_vector2_color3_genmdl" nodedef="ND_swizzle_vector2_color3" target="genmdl" />
  <implementation name="IM_swizzle_vector2_color4_genmdl" nodedef="ND_swizzle_vector2_color4" target="genmdl" />
  <implementation name="IM_swizzle_vector2_vector2_genmdl" nodedef="ND_swizzle_vector2_vector2" target="genmdl" />
  <implementation name="IM_swizzle_vector2_vector3_genmdl" nodedef="ND_swizzle_vector2_vector3" target="genmdl" />
  <implementation name="IM_swizzle_vector2_vector4_genmdl" nodedef="ND_swizzle_vector2_vector4" target="genmdl" />
  <implementation name="IM_swizzle_vector3_float_genmdl" nodedef="ND_swizzle_vector3_float" target="genmdl" />
  <implementation name="IM_swizzle_vector3_color3_genmdl" nodedef="ND_swizzle_vector3_color3" target="genmdl" />
  <implementation name="IM_swizzle_vector3_color4_genmdl" nodedef="ND_swizzle_vector3_color4" target="genmdl" />
  <implementation name="IM_swizzle_vector3_vector2_genmdl" nodedef="ND_swizzle_vector3_vector2" target="genmdl" />
  <implementation name="IM_swizzle_vector3_vector3_genmdl" nodedef="ND_swizzle_vector3_vector3" target="genmdl" />
  <implementation name="IM_swizzle_vector3_vector4_genmdl" nodedef="ND_swizzle_vector3_vector4" target="genmdl" />
  <implementation name="IM_swizzle_vector4_float_genmdl" nodedef="ND_swizzle_vector4_float" target="genmdl" />
  <implementation name="IM_swizzle_vector4_color3_genmdl" nodedef="ND_swizzle_vector4_color3" target="genmdl" />
  <implementation name="IM_swizzle_vector4_color4_genmdl" nodedef="ND_swizzle_vector4_color4" target="genmdl" />
  <implementation name="IM_swizzle_vector4_vector2_genmdl" nodedef="ND_swizzle_vector4_vector2" target="genmdl" />
  <implementation name="IM_swizzle_vector4_vector3_genmdl" nodedef="ND_swizzle_vector4_vector3" target="genmdl" />
  <implementation name="IM_swizzle_vector4_vector4_genmdl" nodedef="ND_swizzle_vector4_vector4" target="genmdl" />
  <implementation name="IM_combine2_vector2_genmdl" nodedef="ND_combine2_vector2" target="genmdl" />
  <implementation name="IM_combine2_color4CF_genmdl" nodedef="ND_combine2_color4CF" target="genmdl" />
  <implementation name="IM_combine2_vector4VF_genmdl" nodedef="ND_combine2_vector4VF" target="genmdl" />
  <implementation name="IM_combine2_vector4VV_genmdl" nodedef="ND_combine2_vector4VV" target="genmdl" />
  <implementation name="IM_combine3_color3_genmdl" nodedef="ND_combine3_color3" target="genmdl" />
  <implementation name="IM_combine3_vector3_genmdl" nodedef="ND_combine3_vector3" target="genmdl" />
  <implementation name="IM_combine4_color4_genmdl" nodedef="ND_combine4_color4" target="genmdl" />
  <implementation name="IM_combine4_vector4_genmdl" nodedef="ND_combine4_vector4" target="genmdl" />
  <implementation name="IM_blur_float_genmdl" nodedef="ND_blur_float" target="genmdl" />
  <implementation name="IM_blur_color3_genmdl" nodedef="ND_blur_color3" target="genmdl" />
  <implementation name="IM_blur_color4_genmdl" nodedef="ND_blur_color4" target="genmdl" />
  <implementation name="IM_blur_vector2_genmdl" nodedef="ND_blur_vector2" target="genmdl" />
  <implementation name="IM_blur_vector3_genmdl" nodedef="ND_blur_vector3" target="genmdl" />
  <implementation name="IM_blur_vector4_genmdl" nodedef="ND_blur_vector4" target="genmdl" />
  <implementation name="IM_heighttonormal_vector3_genmdl" nodedef="ND_heighttonormal_vector3" target="genmdl" />
  <implementation name="IM_dot_float_genmdl" nodedef="ND_dot_float" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_color3_genmdl" nodedef="ND_dot_color3" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_color4_genmdl" nodedef="ND_dot_color4" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_vector2_genmdl" nodedef="ND_dot_vector2" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_vector3_genmdl" nodedef="ND_dot_vector3" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_vector4_genmdl" nodedef="ND_dot_vector4" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_boolean_genmdl" nodedef="ND_dot_boolean" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_integer_genmdl" nodedef="ND_dot_integer" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_matrix33_genmdl" nodedef="ND_dot_matrix33" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_matrix44_genmdl" nodedef="ND_dot_matrix44" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_string_genmdl" nodedef="ND_dot_string" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_filename_genmdl" nodedef="ND_dot_filename" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_surfaceshader_genmdl" nodedef="ND_dot_surfaceshader" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_displacementshader_genmdl" nodedef="ND_dot_displacementshader" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_volumeshader_genmdl" nodedef="ND_dot_volumeshader" sourcecode="{{in}}" target="genmdl" />
  <implementation name="IM_dot_lightshader_genmdl" nodedef="ND_dot_lightshader" sourcecode="{{in}}" target="genmdl" />
  <!--Custom add implementation (mxadd)-->
  <implementation name="IM_myadd_color3_genmdl" nodedef="ND_myadd_color3" target="genmdl" sourcecode="{{in1}} + {{in2}}" />
</materialx>

- Source implementation added: IM_myadd_color3_genmdl

Implementation for target genmsl

<?xml version="1.0"?>
<materialx version="1.38">
  <implementation name="IM_surfacematerial_genmsl" nodedef="ND_surfacematerial" target="genmsl" />
  <implementation name="IM_surface_unlit_genmsl" nodedef="ND_surface_unlit" target="genmsl" />
  <implementation name="IM_image_float_genmsl" nodedef="ND_image_float" file="../genglsl/mx_image_float.glsl" function="mx_image_float" target="genmsl">
    <input name="default" type="float" implname="default_value" />
  </implementation>
  <implementation name="IM_image_color3_genmsl" nodedef="ND_image_color3" file="../genglsl/mx_image_color3.glsl" function="mx_image_color3" target="genmsl">
    <input name="default" type="color3" implname="default_value" />
  </implementation>
  <implementation name="IM_image_color4_genmsl" nodedef="ND_image_color4" file="../genglsl/mx_image_color4.glsl" function="mx_image_color4" target="genmsl">
    <input name="default" type="color4" implname="default_value" />
  </implementation>
  <implementation name="IM_image_vector2_genmsl" nodedef="ND_image_vector2" file="../genglsl/mx_image_vector2.glsl" function="mx_image_vector2" target="genmsl">
    <input name="default" type="vector2" implname="default_value" />
  </implementation>
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  <implementation name="IM_remap_float_genmsl" nodedef="ND_remap_float" target="genmsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_remap_color3_genmsl" nodedef="ND_remap_color3" target="genmsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_remap_color3FA_genmsl" nodedef="ND_remap_color3FA" target="genmsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_remap_color4_genmsl" nodedef="ND_remap_color4" target="genmsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_remap_color4FA_genmsl" nodedef="ND_remap_color4FA" target="genmsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
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  <implementation name="IM_remap_vector2FA_genmsl" nodedef="ND_remap_vector2FA" target="genmsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
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  <implementation name="IM_remap_vector3FA_genmsl" nodedef="ND_remap_vector3FA" target="genmsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
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  <implementation name="IM_remap_vector4FA_genmsl" nodedef="ND_remap_vector4FA" target="genmsl" sourcecode="{{outlow}} + ({{in}} - {{inlow}}) * ({{outhigh}} - {{outlow}}) / ({{inhigh}} - {{inlow}})" />
  <implementation name="IM_smoothstep_float_genmsl" nodedef="ND_smoothstep_float" file="mx_smoothstep_float.metal" function="mx_smoothstep_float" target="genmsl" />
  <implementation name="IM_smoothstep_color3_genmsl" nodedef="ND_smoothstep_color3" file="mx_smoothstep_vec3.metal" function="mx_smoothstep_vec3" target="genmsl" />
  <implementation name="IM_smoothstep_color3FA_genmsl" nodedef="ND_smoothstep_color3FA" file="mx_smoothstep_vec3FA.metal" function="mx_smoothstep_vec3FA" target="genmsl" />
  <implementation name="IM_smoothstep_color4_genmsl" nodedef="ND_smoothstep_color4" file="mx_smoothstep_vec4.metal" function="mx_smoothstep_vec4" target="genmsl" />
  <implementation name="IM_smoothstep_color4FA_genmsl" nodedef="ND_smoothstep_color4FA" file="mx_smoothstep_vec4FA.metal" function="mx_smoothstep_vec4FA" target="genmsl" />
  <implementation name="IM_smoothstep_vector2_genmsl" nodedef="ND_smoothstep_vector2" file="mx_smoothstep_vec2.metal" function="mx_smoothstep_vec2" target="genmsl" />
  <implementation name="IM_smoothstep_vector2FA_genmsl" nodedef="ND_smoothstep_vector2FA" file="mx_smoothstep_vec2FA.metal" function="mx_smoothstep_vec2FA" target="genmsl" />
  <implementation name="IM_smoothstep_vector3_genmsl" nodedef="ND_smoothstep_vector3" file="mx_smoothstep_vec3.metal" function="mx_smoothstep_vec3" target="genmsl" />
  <implementation name="IM_smoothstep_vector3FA_genmsl" nodedef="ND_smoothstep_vector3FA" file="mx_smoothstep_vec3FA.metal" function="mx_smoothstep_vec3FA" target="genmsl" />
  <implementation name="IM_smoothstep_vector4_genmsl" nodedef="ND_smoothstep_vector4" file="mx_smoothstep_vec4.metal" function="mx_smoothstep_vec4" target="genmsl" />
  <implementation name="IM_smoothstep_vector4FA_genmsl" nodedef="ND_smoothstep_vector4FA" file="mx_smoothstep_vec4FA.metal" function="mx_smoothstep_vec4FA" target="genmsl" />
  <implementation name="IM_luminance_color3_genmsl" nodedef="ND_luminance_color3" file="../genglsl/mx_luminance_color3.glsl" function="mx_luminance_color3" target="genmsl" />
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  <implementation name="IM_rgbtohsv_color3_genmsl" nodedef="ND_rgbtohsv_color3" file="../genglsl/mx_rgbtohsv_color3.glsl" function="mx_rgbtohsv_color3" target="genmsl" />
  <implementation name="IM_rgbtohsv_color4_genmsl" nodedef="ND_rgbtohsv_color4" file="../genglsl/mx_rgbtohsv_color4.glsl" function="mx_rgbtohsv_color4" target="genmsl" />
  <implementation name="IM_hsvtorgb_color3_genmsl" nodedef="ND_hsvtorgb_color3" file="../genglsl/mx_hsvtorgb_color3.glsl" function="mx_hsvtorgb_color3" target="genmsl" />
  <implementation name="IM_hsvtorgb_color4_genmsl" nodedef="ND_hsvtorgb_color4" file="../genglsl/mx_hsvtorgb_color4.glsl" function="mx_hsvtorgb_color4" target="genmsl" />
  <implementation name="IM_premult_color4_genmsl" nodedef="ND_premult_color4" file="../genglsl/mx_premult_color4.glsl" function="mx_premult_color4" target="genmsl" />
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  <implementation name="IM_plus_float_genmsl" nodedef="ND_plus_float" target="genmsl" sourcecode="({{mix}}*({{bg}} + {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_plus_color3_genmsl" nodedef="ND_plus_color3" target="genmsl" sourcecode="({{mix}}*({{bg}} + {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
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  <implementation name="IM_minus_color3_genmsl" nodedef="ND_minus_color3" target="genmsl" sourcecode="({{mix}}*({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
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  <implementation name="IM_difference_float_genmsl" nodedef="ND_difference_float" target="genmsl" sourcecode="({{mix}}*abs({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
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  <implementation name="IM_difference_color4_genmsl" nodedef="ND_difference_color4" target="genmsl" sourcecode="({{mix}}*abs({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_burn_float_genmsl" nodedef="ND_burn_float" file="mx_burn_float.metal" function="mx_burn_float" target="genmsl" />
  <implementation name="IM_burn_color3_genmsl" nodedef="ND_burn_color3" file="mx_burn_color3.metal" function="mx_burn_color3" target="genmsl" />
  <implementation name="IM_burn_color4_genmsl" nodedef="ND_burn_color4" file="mx_burn_color4.metal" function="mx_burn_color4" target="genmsl" />
  <implementation name="IM_dodge_float_genmsl" nodedef="ND_dodge_float" file="mx_dodge_float.metal" function="mx_dodge_float" target="genmsl" />
  <implementation name="IM_dodge_color3_genmsl" nodedef="ND_dodge_color3" file="mx_dodge_color3.metal" function="mx_dodge_color3" target="genmsl" />
  <implementation name="IM_dodge_color4_genmsl" nodedef="ND_dodge_color4" file="mx_dodge_color4.metal" function="mx_dodge_color4" target="genmsl" />
  <implementation name="IM_screen_float_genmsl" nodedef="ND_screen_float" target="genmsl" sourcecode="({{mix}}*((1.0 - (1.0 - {{fg}}) * (1.0 - {{bg}})))) + ((1.0-{{mix}})*{{bg}})" />
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  <implementation name="IM_screen_color4_genmsl" nodedef="ND_screen_color4" target="genmsl" sourcecode="({{mix}}*((1.0 - (1.0 - {{fg}}) * (1.0 - {{bg}})))) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_overlay_float_genmsl" nodedef="ND_overlay_float" target="genmsl" sourcecode="({{fg}} < 0.5) ? ({{mix}}*2.0*{{fg}}*{{bg}}) + ((1.0-{{mix}})*{{bg}}) : ({{mix}}*(1.0-(1.0-{{fg}})*(1.0-{{bg}}))) + ((1.0-{{mix}})*{{bg}})" />
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  <implementation name="IM_overlay_color4_genmsl" nodedef="ND_overlay_color4" file="../genglsl/mx_overlay_color4.glsl" function="mx_overlay_color4" target="genmsl" />
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  <implementation name="IM_in_color4_genmsl" nodedef="ND_in_color4" target="genmsl" sourcecode="({{fg}}*{{bg}}.a  * {{mix}}) + ({{bg}} * (1.0-{{mix}}));" />
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  <implementation name="IM_matte_color4_genmsl" nodedef="ND_matte_color4" target="genmsl" sourcecode="vec4( {{fg}}.xyz*{{fg}}.w + {{bg}}.xyz*(1.0-{{fg}}.w), {{fg}}.w + ({{bg}}.w*(1.0-{{fg}}.w)) ) * {{mix}} + ({{bg}} * (1.0-{{mix}}));" />
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  <implementation name="IM_inside_float_genmsl" nodedef="ND_inside_float" target="genmsl" sourcecode="{{in}} * {{mask}}" />
  <implementation name="IM_inside_color3_genmsl" nodedef="ND_inside_color3" target="genmsl" sourcecode="{{in}} * {{mask}}" />
  <implementation name="IM_inside_color4_genmsl" nodedef="ND_inside_color4" target="genmsl" sourcecode="{{in}} * {{mask}}" />
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  <implementation name="IM_outside_color3_genmsl" nodedef="ND_outside_color3" target="genmsl" sourcecode="{{in}} * (1.0 - {{mask}})" />
  <implementation name="IM_outside_color4_genmsl" nodedef="ND_outside_color4" target="genmsl" sourcecode="{{in}} * (1.0 - {{mask}})" />
  <implementation name="IM_mix_float_genmsl" nodedef="ND_mix_float" target="genmsl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
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  <implementation name="IM_mix_color4_color4_genmsl" nodedef="ND_mix_color4_color4" target="genmsl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_vector2_genmsl" nodedef="ND_mix_vector2" target="genmsl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
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  <implementation name="IM_switch_vector3I_genmsl" nodedef="ND_switch_vector3I" target="genmsl" />
  <implementation name="IM_switch_vector4I_genmsl" nodedef="ND_switch_vector4I" target="genmsl" />
  <implementation name="IM_convert_float_color3_genmsl" nodedef="ND_convert_float_color3" target="genmsl" />
  <implementation name="IM_convert_float_color4_genmsl" nodedef="ND_convert_float_color4" target="genmsl" />
  <implementation name="IM_convert_float_vector2_genmsl" nodedef="ND_convert_float_vector2" target="genmsl" />
  <implementation name="IM_convert_float_vector3_genmsl" nodedef="ND_convert_float_vector3" target="genmsl" />
  <implementation name="IM_convert_float_vector4_genmsl" nodedef="ND_convert_float_vector4" target="genmsl" />
  <implementation name="IM_convert_vector2_vector3_genmsl" nodedef="ND_convert_vector2_vector3" target="genmsl" />
  <implementation name="IM_convert_vector3_vector2_genmsl" nodedef="ND_convert_vector3_vector2" target="genmsl" />
  <implementation name="IM_convert_vector3_color3_genmsl" nodedef="ND_convert_vector3_color3" target="genmsl" />
  <implementation name="IM_convert_vector3_vector4_genmsl" nodedef="ND_convert_vector3_vector4" target="genmsl" />
  <implementation name="IM_convert_vector4_vector3_genmsl" nodedef="ND_convert_vector4_vector3" target="genmsl" />
  <implementation name="IM_convert_vector4_color4_genmsl" nodedef="ND_convert_vector4_color4" target="genmsl" />
  <implementation name="IM_convert_color3_vector3_genmsl" nodedef="ND_convert_color3_vector3" target="genmsl" />
  <implementation name="IM_convert_color4_vector4_genmsl" nodedef="ND_convert_color4_vector4" target="genmsl" />
  <implementation name="IM_convert_color3_color4_genmsl" nodedef="ND_convert_color3_color4" target="genmsl" />
  <implementation name="IM_convert_color4_color3_genmsl" nodedef="ND_convert_color4_color3" target="genmsl" />
  <implementation name="IM_convert_boolean_float_genmsl" nodedef="ND_convert_boolean_float" target="genmsl" />
  <implementation name="IM_convert_integer_float_genmsl" nodedef="ND_convert_integer_float" target="genmsl" />
  <implementation name="IM_swizzle_float_color3_genmsl" nodedef="ND_swizzle_float_color3" target="genmsl" />
  <implementation name="IM_swizzle_float_color4_genmsl" nodedef="ND_swizzle_float_color4" target="genmsl" />
  <implementation name="IM_swizzle_float_vector2_genmsl" nodedef="ND_swizzle_float_vector2" target="genmsl" />
  <implementation name="IM_swizzle_float_vector3_genmsl" nodedef="ND_swizzle_float_vector3" target="genmsl" />
  <implementation name="IM_swizzle_float_vector4_genmsl" nodedef="ND_swizzle_float_vector4" target="genmsl" />
  <implementation name="IM_swizzle_color3_float_genmsl" nodedef="ND_swizzle_color3_float" target="genmsl" />
  <implementation name="IM_swizzle_color3_color3_genmsl" nodedef="ND_swizzle_color3_color3" target="genmsl" />
  <implementation name="IM_swizzle_color3_color4_genmsl" nodedef="ND_swizzle_color3_color4" target="genmsl" />
  <implementation name="IM_swizzle_color3_vector2_genmsl" nodedef="ND_swizzle_color3_vector2" target="genmsl" />
  <implementation name="IM_swizzle_color3_vector3_genmsl" nodedef="ND_swizzle_color3_vector3" target="genmsl" />
  <implementation name="IM_swizzle_color3_vector4_genmsl" nodedef="ND_swizzle_color3_vector4" target="genmsl" />
  <implementation name="IM_swizzle_color4_float_genmsl" nodedef="ND_swizzle_color4_float" target="genmsl" />
  <implementation name="IM_swizzle_color4_color3_genmsl" nodedef="ND_swizzle_color4_color3" target="genmsl" />
  <implementation name="IM_swizzle_color4_color4_genmsl" nodedef="ND_swizzle_color4_color4" target="genmsl" />
  <implementation name="IM_swizzle_color4_vector2_genmsl" nodedef="ND_swizzle_color4_vector2" target="genmsl" />
  <implementation name="IM_swizzle_color4_vector3_genmsl" nodedef="ND_swizzle_color4_vector3" target="genmsl" />
  <implementation name="IM_swizzle_color4_vector4_genmsl" nodedef="ND_swizzle_color4_vector4" target="genmsl" />
  <implementation name="IM_swizzle_vector2_float_genmsl" nodedef="ND_swizzle_vector2_float" target="genmsl" />
  <implementation name="IM_swizzle_vector2_color3_genmsl" nodedef="ND_swizzle_vector2_color3" target="genmsl" />
  <implementation name="IM_swizzle_vector2_color4_genmsl" nodedef="ND_swizzle_vector2_color4" target="genmsl" />
  <implementation name="IM_swizzle_vector2_vector2_genmsl" nodedef="ND_swizzle_vector2_vector2" target="genmsl" />
  <implementation name="IM_swizzle_vector2_vector3_genmsl" nodedef="ND_swizzle_vector2_vector3" target="genmsl" />
  <implementation name="IM_swizzle_vector2_vector4_genmsl" nodedef="ND_swizzle_vector2_vector4" target="genmsl" />
  <implementation name="IM_swizzle_vector3_float_genmsl" nodedef="ND_swizzle_vector3_float" target="genmsl" />
  <implementation name="IM_swizzle_vector3_color3_genmsl" nodedef="ND_swizzle_vector3_color3" target="genmsl" />
  <implementation name="IM_swizzle_vector3_color4_genmsl" nodedef="ND_swizzle_vector3_color4" target="genmsl" />
  <implementation name="IM_swizzle_vector3_vector2_genmsl" nodedef="ND_swizzle_vector3_vector2" target="genmsl" />
  <implementation name="IM_swizzle_vector3_vector3_genmsl" nodedef="ND_swizzle_vector3_vector3" target="genmsl" />
  <implementation name="IM_swizzle_vector3_vector4_genmsl" nodedef="ND_swizzle_vector3_vector4" target="genmsl" />
  <implementation name="IM_swizzle_vector4_float_genmsl" nodedef="ND_swizzle_vector4_float" target="genmsl" />
  <implementation name="IM_swizzle_vector4_color3_genmsl" nodedef="ND_swizzle_vector4_color3" target="genmsl" />
  <implementation name="IM_swizzle_vector4_color4_genmsl" nodedef="ND_swizzle_vector4_color4" target="genmsl" />
  <implementation name="IM_swizzle_vector4_vector2_genmsl" nodedef="ND_swizzle_vector4_vector2" target="genmsl" />
  <implementation name="IM_swizzle_vector4_vector3_genmsl" nodedef="ND_swizzle_vector4_vector3" target="genmsl" />
  <implementation name="IM_swizzle_vector4_vector4_genmsl" nodedef="ND_swizzle_vector4_vector4" target="genmsl" />
  <implementation name="IM_combine2_vector2_genmsl" nodedef="ND_combine2_vector2" target="genmsl" />
  <implementation name="IM_combine2_color4CF_genmsl" nodedef="ND_combine2_color4CF" target="genmsl" />
  <implementation name="IM_combine2_vector4VF_genmsl" nodedef="ND_combine2_vector4VF" target="genmsl" />
  <implementation name="IM_combine2_vector4VV_genmsl" nodedef="ND_combine2_vector4VV" target="genmsl" />
  <implementation name="IM_combine3_color3_genmsl" nodedef="ND_combine3_color3" target="genmsl" />
  <implementation name="IM_combine3_vector3_genmsl" nodedef="ND_combine3_vector3" target="genmsl" />
  <implementation name="IM_combine4_color4_genmsl" nodedef="ND_combine4_color4" target="genmsl" />
  <implementation name="IM_combine4_vector4_genmsl" nodedef="ND_combine4_vector4" target="genmsl" />
  <implementation name="IM_blur_float_genmsl" nodedef="ND_blur_float" target="genmsl" />
  <implementation name="IM_blur_color3_genmsl" nodedef="ND_blur_color3" target="genmsl" />
  <implementation name="IM_blur_color4_genmsl" nodedef="ND_blur_color4" target="genmsl" />
  <implementation name="IM_blur_vector2_genmsl" nodedef="ND_blur_vector2" target="genmsl" />
  <implementation name="IM_blur_vector3_genmsl" nodedef="ND_blur_vector3" target="genmsl" />
  <implementation name="IM_blur_vector4_genmsl" nodedef="ND_blur_vector4" target="genmsl" />
  <implementation name="IM_heighttonormal_vector3_genmsl" nodedef="ND_heighttonormal_vector3" target="genmsl" />
  <implementation name="IM_dot_float_genmsl" nodedef="ND_dot_float" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_color3_genmsl" nodedef="ND_dot_color3" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_color4_genmsl" nodedef="ND_dot_color4" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_vector2_genmsl" nodedef="ND_dot_vector2" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_vector3_genmsl" nodedef="ND_dot_vector3" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_vector4_genmsl" nodedef="ND_dot_vector4" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_integer_genmsl" nodedef="ND_dot_integer" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_boolean_genmsl" nodedef="ND_dot_boolean" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_matrix33_genmsl" nodedef="ND_dot_matrix33" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_matrix44_genmsl" nodedef="ND_dot_matrix44" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_string_genmsl" nodedef="ND_dot_string" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_filename_genmsl" nodedef="ND_dot_filename" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_surfaceshader_genmsl" nodedef="ND_dot_surfaceshader" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_displacementshader_genmsl" nodedef="ND_dot_displacementshader" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_volumeshader_genmsl" nodedef="ND_dot_volumeshader" target="genmsl" sourcecode="{{in}}" />
  <implementation name="IM_dot_lightshader_genmsl" nodedef="ND_dot_lightshader" target="genmsl" sourcecode="{{in}}" />
  <!--Custom add implementation (mxadd)-->
  <implementation name="IM_myadd_color3_genmsl" nodedef="ND_myadd_color3" target="genmsl" sourcecode="{{in1}} + {{in2}}" />
</materialx>

- Source implementation added: IM_myadd_color3_genmsl

Implementation for target genosl

<?xml version="1.0"?>
<materialx version="1.38">
  <implementation name="IM_surfacematerial_genosl" nodedef="ND_surfacematerial" target="genosl" />
  <implementation name="IM_surface_unlit_genosl" nodedef="ND_surface_unlit" file="mx_surface_unlit.osl" function="mx_surface_unlit" target="genosl" />
  <implementation name="IM_image_float_genosl" nodedef="ND_image_float" file="mx_image_float.osl" function="mx_image_float" target="genosl">
    <input name="default" type="float" implname="default_value" />
  </implementation>
  <implementation name="IM_image_color3_genosl" nodedef="ND_image_color3" file="mx_image_color3.osl" function="mx_image_color3" target="genosl">
    <input name="default" type="color3" implname="default_value" />
  </implementation>
  <implementation name="IM_image_color4_genosl" nodedef="ND_image_color4" file="mx_image_color4.osl" function="mx_image_color4" target="genosl">
    <input name="default" type="color4" implname="default_value" />
  </implementation>
  <implementation name="IM_image_vector2_genosl" nodedef="ND_image_vector2" file="mx_image_vector2.osl" function="mx_image_vector2" target="genosl">
    <input name="default" type="vector2" implname="default_value" />
  </implementation>
  <implementation name="IM_image_vector3_genosl" nodedef="ND_image_vector3" file="mx_image_vector3.osl" function="mx_image_vector3" target="genosl">
    <input name="default" type="vector3" implname="default_value" />
  </implementation>
  <implementation name="IM_image_vector4_genosl" nodedef="ND_image_vector4" file="mx_image_vector4.osl" function="mx_image_vector4" target="genosl">
    <input name="default" type="vector4" implname="default_value" />
  </implementation>
  <implementation name="IM_normalmap_genosl" nodedef="ND_normalmap" file="mx_normalmap.osl" function="mx_normalmap" target="genosl" />
  <implementation name="IM_constant_float_genosl" nodedef="ND_constant_float" target="genosl" sourcecode="{{value}}" />
  <implementation name="IM_constant_color3_genosl" nodedef="ND_constant_color3" target="genosl" sourcecode="{{value}}" />
  <implementation name="IM_constant_color4_genosl" nodedef="ND_constant_color4" target="genosl" sourcecode="{{value}}" />
  <implementation name="IM_constant_vector2_genosl" nodedef="ND_constant_vector2" target="genosl" sourcecode="{{value}}" />
  <implementation name="IM_constant_vector3_genosl" nodedef="ND_constant_vector3" target="genosl" sourcecode="{{value}}" />
  <implementation name="IM_constant_vector4_genosl" nodedef="ND_constant_vector4" target="genosl" sourcecode="{{value}}" />
  <implementation name="IM_constant_boolean_genosl" nodedef="ND_constant_boolean" target="genosl" sourcecode="{{value}}" />
  <implementation name="IM_constant_integer_genosl" nodedef="ND_constant_integer" target="genosl" sourcecode="{{value}}" />
  <implementation name="IM_constant_matrix33_genosl" nodedef="ND_constant_matrix33" target="genosl" sourcecode="{{value}}" />
  <implementation name="IM_constant_matrix44_genosl" nodedef="ND_constant_matrix44" target="genosl" sourcecode="{{value}}" />
  <implementation name="IM_constant_string_genosl" nodedef="ND_constant_string" target="genosl" sourcecode="{{value}}" />
  <implementation name="IM_constant_filename_genosl" nodedef="ND_constant_filename" target="genosl" sourcecode="{{value}}" />
  <implementation name="IM_ramplr_float_genosl" nodedef="ND_ramplr_float" target="genosl" sourcecode="mix({{valuel}}, {{valuer}}, clamp({{texcoord}}.x, 0, 1))" />
  <implementation name="IM_ramplr_color3_genosl" nodedef="ND_ramplr_color3" target="genosl" sourcecode="mix({{valuel}}, {{valuer}}, clamp({{texcoord}}.x, 0, 1))" />
  <implementation name="IM_ramplr_color4_genosl" nodedef="ND_ramplr_color4" target="genosl" sourcecode="mix({{valuel}}, {{valuer}}, clamp({{texcoord}}.x, 0, 1))" />
  <implementation name="IM_ramplr_vector2_genosl" nodedef="ND_ramplr_vector2" target="genosl" sourcecode="mix({{valuel}}, {{valuer}}, clamp({{texcoord}}.x, 0, 1))" />
  <implementation name="IM_ramplr_vector3_genosl" nodedef="ND_ramplr_vector3" target="genosl" sourcecode="mix({{valuel}}, {{valuer}}, clamp({{texcoord}}.x, 0, 1))" />
  <implementation name="IM_ramplr_vector4_genosl" nodedef="ND_ramplr_vector4" target="genosl" sourcecode="mix({{valuel}}, {{valuer}}, clamp({{texcoord}}.x, 0, 1))" />
  <implementation name="IM_ramptb_float_genosl" nodedef="ND_ramptb_float" target="genosl" sourcecode="mix({{valuet}}, {{valueb}}, clamp({{texcoord}}.y, 0, 1))" />
  <implementation name="IM_ramptb_color3_genosl" nodedef="ND_ramptb_color3" target="genosl" sourcecode="mix({{valuet}}, {{valueb}}, clamp({{texcoord}}.y, 0, 1))" />
  <implementation name="IM_ramptb_color4_genosl" nodedef="ND_ramptb_color4" target="genosl" sourcecode="mix({{valuet}}, {{valueb}}, clamp({{texcoord}}.y, 0, 1))" />
  <implementation name="IM_ramptb_vector2_genosl" nodedef="ND_ramptb_vector2" target="genosl" sourcecode="mix({{valuet}}, {{valueb}}, clamp({{texcoord}}.y, 0, 1))" />
  <implementation name="IM_ramptb_vector3_genosl" nodedef="ND_ramptb_vector3" target="genosl" sourcecode="mix({{valuet}}, {{valueb}}, clamp({{texcoord}}.y, 0, 1))" />
  <implementation name="IM_ramptb_vector4_genosl" nodedef="ND_ramptb_vector4" target="genosl" sourcecode="mix({{valuet}}, {{valueb}}, clamp({{texcoord}}.y, 0, 1))" />
  <implementation name="IM_splitlr_float_genosl" nodedef="ND_splitlr_float" target="genosl" sourcecode="mix({{valuel}}, {{valuer}}, aastep({{center}}, {{texcoord}}.x))" />
  <implementation name="IM_splitlr_color3_genosl" nodedef="ND_splitlr_color3" target="genosl" sourcecode="mix({{valuel}}, {{valuer}}, aastep({{center}}, {{texcoord}}.x))" />
  <implementation name="IM_splitlr_color4_genosl" nodedef="ND_splitlr_color4" target="genosl" sourcecode="mix({{valuel}}, {{valuer}}, aastep({{center}}, {{texcoord}}.x))" />
  <implementation name="IM_splitlr_vector2_genosl" nodedef="ND_splitlr_vector2" target="genosl" sourcecode="mix({{valuel}}, {{valuer}}, aastep({{center}}, {{texcoord}}.x))" />
  <implementation name="IM_splitlr_vector3_genosl" nodedef="ND_splitlr_vector3" target="genosl" sourcecode="mix({{valuel}}, {{valuer}}, aastep({{center}}, {{texcoord}}.x))" />
  <implementation name="IM_splitlr_vector4_genosl" nodedef="ND_splitlr_vector4" target="genosl" sourcecode="mix({{valuel}}, {{valuer}}, aastep({{center}}, {{texcoord}}.x))" />
  <implementation name="IM_splittb_float_genosl" nodedef="ND_splittb_float" target="genosl" sourcecode="mix({{valuet}}, {{valueb}}, aastep({{center}}, {{texcoord}}.y))" />
  <implementation name="IM_splittb_color3_genosl" nodedef="ND_splittb_color3" target="genosl" sourcecode="mix({{valuet}}, {{valueb}}, aastep({{center}}, {{texcoord}}.y))" />
  <implementation name="IM_splittb_color4_genosl" nodedef="ND_splittb_color4" target="genosl" sourcecode="mix({{valuet}}, {{valueb}}, aastep({{center}}, {{texcoord}}.y))" />
  <implementation name="IM_splittb_vector2_genosl" nodedef="ND_splittb_vector2" target="genosl" sourcecode="mix({{valuet}}, {{valueb}}, aastep({{center}}, {{texcoord}}.y))" />
  <implementation name="IM_splittb_vector3_genosl" nodedef="ND_splittb_vector3" target="genosl" sourcecode="mix({{valuet}}, {{valueb}}, aastep({{center}}, {{texcoord}}.y))" />
  <implementation name="IM_splittb_vector4_genosl" nodedef="ND_splittb_vector4" target="genosl" sourcecode="mix({{valuet}}, {{valueb}}, aastep({{center}}, {{texcoord}}.y))" />
  <implementation name="IM_noise2d_float_genosl" nodedef="ND_noise2d_float" file="mx_noise2d_float.osl" function="mx_noise2d_float" target="genosl" />
  <implementation name="IM_noise2d_color3_genosl" nodedef="ND_noise2d_color3" file="mx_noise2d_color3.osl" function="mx_noise2d_color3" target="genosl" />
  <implementation name="IM_noise2d_color4_genosl" nodedef="ND_noise2d_color4" file="mx_noise2d_color4.osl" function="mx_noise2d_color4" target="genosl" />
  <implementation name="IM_noise2d_color3FA_genosl" nodedef="ND_noise2d_color3FA" file="mx_noise2d_fa_color3.osl" function="mx_noise2d_fa_color3" target="genosl" />
  <implementation name="IM_noise2d_color4FA_genosl" nodedef="ND_noise2d_color4FA" file="mx_noise2d_fa_color4.osl" function="mx_noise2d_fa_color4" target="genosl" />
  <implementation name="IM_noise2d_vector2_genosl" nodedef="ND_noise2d_vector2" file="mx_noise2d_vector2.osl" function="mx_noise2d_vector2" target="genosl" />
  <implementation name="IM_noise2d_vector3_genosl" nodedef="ND_noise2d_vector3" file="mx_noise2d_vector3.osl" function="mx_noise2d_vector3" target="genosl" />
  <implementation name="IM_noise2d_vector4_genosl" nodedef="ND_noise2d_vector4" file="mx_noise2d_vector4.osl" function="mx_noise2d_vector4" target="genosl" />
  <implementation name="IM_noise2d_vector2FA_genosl" nodedef="ND_noise2d_vector2FA" file="mx_noise2d_fa_vector2.osl" function="mx_noise2d_fa_vector2" target="genosl" />
  <implementation name="IM_noise2d_vector3FA_genosl" nodedef="ND_noise2d_vector3FA" file="mx_noise2d_fa_vector3.osl" function="mx_noise2d_fa_vector3" target="genosl" />
  <implementation name="IM_noise2d_vector4FA_genosl" nodedef="ND_noise2d_vector4FA" file="mx_noise2d_fa_vector4.osl" function="mx_noise2d_fa_vector4" target="genosl" />
  <implementation name="IM_noise3d_float_genosl" nodedef="ND_noise3d_float" file="mx_noise3d_float.osl" function="mx_noise3d_float" target="genosl" />
  <implementation name="IM_noise3d_color3_genosl" nodedef="ND_noise3d_color3" file="mx_noise3d_color3.osl" function="mx_noise3d_color3" target="genosl" />
  <implementation name="IM_noise3d_color4_genosl" nodedef="ND_noise3d_color4" file="mx_noise3d_color4.osl" function="mx_noise3d_color4" target="genosl" />
  <implementation name="IM_noise3d_color3FA_genosl" nodedef="ND_noise3d_color3FA" file="mx_noise3d_fa_color3.osl" function="mx_noise3d_fa_color3" target="genosl" />
  <implementation name="IM_noise3d_color4FA_genosl" nodedef="ND_noise3d_color4FA" file="mx_noise3d_fa_color4.osl" function="mx_noise3d_fa_color4" target="genosl" />
  <implementation name="IM_noise3d_vector2_genosl" nodedef="ND_noise3d_vector2" file="mx_noise3d_vector2.osl" function="mx_noise3d_vector2" target="genosl" />
  <implementation name="IM_noise3d_vector3_genosl" nodedef="ND_noise3d_vector3" file="mx_noise3d_vector3.osl" function="mx_noise3d_vector3" target="genosl" />
  <implementation name="IM_noise3d_vector4_genosl" nodedef="ND_noise3d_vector4" file="mx_noise3d_vector4.osl" function="mx_noise3d_vector4" target="genosl" />
  <implementation name="IM_noise3d_vector2FA_genosl" nodedef="ND_noise3d_vector2FA" file="mx_noise3d_fa_vector2.osl" function="mx_noise3d_fa_vector2" target="genosl" />
  <implementation name="IM_noise3d_vector3FA_genosl" nodedef="ND_noise3d_vector3FA" file="mx_noise3d_fa_vector3.osl" function="mx_noise3d_fa_vector3" target="genosl" />
  <implementation name="IM_noise3d_vector4FA_genosl" nodedef="ND_noise3d_vector4FA" file="mx_noise3d_fa_vector4.osl" function="mx_noise3d_fa_vector4" target="genosl" />
  <implementation name="IM_fractal3d_float_genosl" nodedef="ND_fractal3d_float" file="mx_fractal3d_float.osl" function="mx_fractal3d_float" target="genosl" />
  <implementation name="IM_fractal3d_color3_genosl" nodedef="ND_fractal3d_color3" file="mx_fractal3d_color3.osl" function="mx_fractal3d_color3" target="genosl" />
  <implementation name="IM_fractal3d_color4_genosl" nodedef="ND_fractal3d_color4" file="mx_fractal3d_color4.osl" function="mx_fractal3d_color4" target="genosl" />
  <implementation name="IM_fractal3d_color3FA_genosl" nodedef="ND_fractal3d_color3FA" file="mx_fractal3d_fa_color3.osl" function="mx_fractal3d_fa_color3" target="genosl" />
  <implementation name="IM_fractal3d_color4FA_genosl" nodedef="ND_fractal3d_color4FA" file="mx_fractal3d_fa_color4.osl" function="mx_fractal3d_fa_color4" target="genosl" />
  <implementation name="IM_fractal3d_vector2_genosl" nodedef="ND_fractal3d_vector2" file="mx_fractal3d_vector2.osl" function="mx_fractal3d_vector2" target="genosl" />
  <implementation name="IM_fractal3d_vector3_genosl" nodedef="ND_fractal3d_vector3" file="mx_fractal3d_vector3.osl" function="mx_fractal3d_vector3" target="genosl" />
  <implementation name="IM_fractal3d_vector4_genosl" nodedef="ND_fractal3d_vector4" file="mx_fractal3d_vector4.osl" function="mx_fractal3d_vector4" target="genosl" />
  <implementation name="IM_fractal3d_vector2FA_genosl" nodedef="ND_fractal3d_vector2FA" file="mx_fractal3d_fa_vector2.osl" function="mx_fractal3d_fa_vector2" target="genosl" />
  <implementation name="IM_fractal3d_vector3FA_genosl" nodedef="ND_fractal3d_vector3FA" file="mx_fractal3d_fa_vector3.osl" function="mx_fractal3d_fa_vector3" target="genosl" />
  <implementation name="IM_fractal3d_vector4FA_genosl" nodedef="ND_fractal3d_vector4FA" file="mx_fractal3d_fa_vector4.osl" function="mx_fractal3d_fa_vector4" target="genosl" />
  <implementation name="IM_cellnoise2d_float_genosl" nodedef="ND_cellnoise2d_float" file="mx_cellnoise2d_float.osl" function="mx_cellnoise2d_float" target="genosl" />
  <implementation name="IM_cellnoise3d_float_genosl" nodedef="ND_cellnoise3d_float" file="mx_cellnoise3d_float.osl" function="mx_cellnoise3d_float" target="genosl" />
  <implementation name="IM_worleynoise2d_float_genosl" nodedef="ND_worleynoise2d_float" file="mx_worleynoise2d_float.osl" function="mx_worleynoise2d_float" target="genosl" />
  <implementation name="IM_worleynoise2d_vector2_genosl" nodedef="ND_worleynoise2d_vector2" file="mx_worleynoise2d_vector2.osl" function="mx_worleynoise2d_vector2" target="genosl" />
  <implementation name="IM_worleynoise2d_vector3_genosl" nodedef="ND_worleynoise2d_vector3" file="mx_worleynoise2d_vector3.osl" function="mx_worleynoise2d_vector3" target="genosl" />
  <implementation name="IM_worleynoise3d_float_genosl" nodedef="ND_worleynoise3d_float" file="mx_worleynoise3d_float.osl" function="mx_worleynoise3d_float" target="genosl" />
  <implementation name="IM_worleynoise3d_vector2_genosl" nodedef="ND_worleynoise3d_vector2" file="mx_worleynoise3d_vector2.osl" function="mx_worleynoise3d_vector2" target="genosl" />
  <implementation name="IM_worleynoise3d_vector3_genosl" nodedef="ND_worleynoise3d_vector3" file="mx_worleynoise3d_vector3.osl" function="mx_worleynoise3d_vector3" target="genosl" />
  <implementation name="IM_ambientocclusion_float_genosl" nodedef="ND_ambientocclusion_float" file="mx_ambientocclusion_float.osl" function="mx_ambientocclusion_float" target="genosl" />
  <implementation name="IM_position_vector3_genosl" nodedef="ND_position_vector3" target="genosl" sourcecode="transform({{space}}, P)" />
  <implementation name="IM_normal_vector3_genosl" nodedef="ND_normal_vector3" target="genosl" sourcecode="transform({{space}}, N)" />
  <implementation name="IM_tangent_vector3_genosl" nodedef="ND_tangent_vector3" target="genosl" sourcecode="transform({{space}}, normalize(dPdu))" />
  <implementation name="IM_bitangent_vector3_genosl" nodedef="ND_bitangent_vector3" target="genosl" sourcecode="transform({{space}}, normalize(dPdv))" />
  <implementation name="IM_texcoord_vector2_genosl" nodedef="ND_texcoord_vector2" target="genosl" sourcecode="vector2(u,v)" />
  <implementation name="IM_texcoord_vector3_genosl" nodedef="ND_texcoord_vector3" target="genosl" sourcecode="vector(u,v,0)" />
  <implementation name="IM_geomcolor_float_genosl" nodedef="ND_geomcolor_float" file="mx_geomcolor_float.osl" function="mx_geomcolor_float" target="genosl" />
  <implementation name="IM_geomcolor_color3_genosl" nodedef="ND_geomcolor_color3" file="mx_geomcolor_color3.osl" function="mx_geomcolor_color3" target="genosl" />
  <implementation name="IM_geomcolor_color4_genosl" nodedef="ND_geomcolor_color4" file="mx_geomcolor_color4.osl" function="mx_geomcolor_color4" target="genosl" />
  <implementation name="IM_geompropvalue_integer_genosl" nodedef="ND_geompropvalue_integer" file="mx_geompropvalue_integer.osl" function="mx_geompropvalue_integer" target="genosl" />
  <implementation name="IM_geompropvalue_boolean_genosl" nodedef="ND_geompropvalue_boolean" file="mx_geompropvalue_boolean.osl" function="mx_geompropvalue_boolean" target="genosl" />
  <implementation name="IM_geompropvalue_string_genosl" nodedef="ND_geompropvalue_string" file="mx_geompropvalue_string.osl" function="mx_geompropvalue_string" target="genosl" />
  <implementation name="IM_geompropvalue_float_genosl" nodedef="ND_geompropvalue_float" file="mx_geompropvalue_float.osl" function="mx_geompropvalue_float" target="genosl" />
  <implementation name="IM_geompropvalue_color3_genosl" nodedef="ND_geompropvalue_color3" file="mx_geompropvalue_color3.osl" function="mx_geompropvalue_color" target="genosl" />
  <implementation name="IM_geompropvalue_color4_genosl" nodedef="ND_geompropvalue_color4" file="mx_geompropvalue_color4.osl" function="mx_geompropvalue_color4" target="genosl" />
  <implementation name="IM_geompropvalue_vector2_genosl" nodedef="ND_geompropvalue_vector2" file="mx_geompropvalue_vector2.osl" function="mx_geompropvalue_vector2" target="genosl" />
  <implementation name="IM_geompropvalue_vector3_genosl" nodedef="ND_geompropvalue_vector3" file="mx_geompropvalue_vector3.osl" function="mx_geompropvalue_vector" target="genosl" />
  <implementation name="IM_geompropvalue_vector4_genosl" nodedef="ND_geompropvalue_vector4" file="mx_geompropvalue_vector4.osl" function="mx_geompropvalue_vector4" target="genosl" />
  <implementation name="IM_frame_float_genosl" nodedef="ND_frame_float" file="mx_frame_float.osl" function="mx_frame_float" target="genosl" />
  <implementation name="IM_time_float_genosl" nodedef="ND_time_float" file="mx_time_float.osl" function="mx_time_float" target="genosl" />
  <implementation name="IM_add_float_genosl" nodedef="ND_add_float" target="genosl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_color3_genosl" nodedef="ND_add_color3" target="genosl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_color3FA_genosl" nodedef="ND_add_color3FA" target="genosl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_color4_genosl" nodedef="ND_add_color4" target="genosl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_color4FA_genosl" nodedef="ND_add_color4FA" target="genosl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_vector2_genosl" nodedef="ND_add_vector2" target="genosl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_vector2FA_genosl" nodedef="ND_add_vector2FA" target="genosl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_vector3_genosl" nodedef="ND_add_vector3" target="genosl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_vector3FA_genosl" nodedef="ND_add_vector3FA" target="genosl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_vector4_genosl" nodedef="ND_add_vector4" target="genosl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_vector4FA_genosl" nodedef="ND_add_vector4FA" target="genosl" sourcecode="{{in1}} + {{in2}}" />
  <implementation name="IM_add_matrix33_genosl" nodedef="ND_add_matrix33" sourcecode="mx_add({{in1}}, {{in2}})" target="genosl" />
  <implementation name="IM_add_matrix33FA_genosl" nodedef="ND_add_matrix33FA" sourcecode="mx_add({{in1}}, {{in2}})" target="genosl" />
  <implementation name="IM_add_matrix44_genosl" nodedef="ND_add_matrix44" sourcecode="mx_add({{in1}}, {{in2}})" target="genosl" />
  <implementation name="IM_add_matrix44FA_genosl" nodedef="ND_add_matrix44FA" sourcecode="mx_add({{in1}}, {{in2}})" target="genosl" />
  <implementation name="IM_subtract_float_genosl" nodedef="ND_subtract_float" target="genosl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_color3_genosl" nodedef="ND_subtract_color3" target="genosl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_color3FA_genosl" nodedef="ND_subtract_color3FA" target="genosl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_color4_genosl" nodedef="ND_subtract_color4" target="genosl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_color4FA_genosl" nodedef="ND_subtract_color4FA" target="genosl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_vector2_genosl" nodedef="ND_subtract_vector2" target="genosl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_vector2FA_genosl" nodedef="ND_subtract_vector2FA" target="genosl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_vector3_genosl" nodedef="ND_subtract_vector3" target="genosl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_vector3FA_genosl" nodedef="ND_subtract_vector3FA" target="genosl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_vector4_genosl" nodedef="ND_subtract_vector4" target="genosl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_vector4FA_genosl" nodedef="ND_subtract_vector4FA" target="genosl" sourcecode="{{in1}} - {{in2}}" />
  <implementation name="IM_subtract_matrix33_genosl" nodedef="ND_subtract_matrix33" sourcecode="mx_subtract({{in1}}, {{in2}})" target="genosl" />
  <implementation name="IM_subtract_matrix33FA_genosl" nodedef="ND_subtract_matrix33FA" sourcecode="mx_subtract({{in1}}, {{in2}})" target="genosl" />
  <implementation name="IM_subtract_matrix44_genosl" nodedef="ND_subtract_matrix44" sourcecode="mx_subtract({{in1}}, {{in2}})" target="genosl" />
  <implementation name="IM_subtract_matrix44FA_genosl" nodedef="ND_subtract_matrix44FA" sourcecode="mx_subtract({{in1}}, {{in2}})" target="genosl" />
  <implementation name="IM_multiply_float_genosl" nodedef="ND_multiply_float" target="genosl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_color3_genosl" nodedef="ND_multiply_color3" target="genosl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_color3FA_genosl" nodedef="ND_multiply_color3FA" target="genosl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_color4_genosl" nodedef="ND_multiply_color4" target="genosl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_color4FA_genosl" nodedef="ND_multiply_color4FA" target="genosl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_vector2_genosl" nodedef="ND_multiply_vector2" target="genosl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_vector2FA_genosl" nodedef="ND_multiply_vector2FA" target="genosl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_vector3_genosl" nodedef="ND_multiply_vector3" target="genosl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_vector3FA_genosl" nodedef="ND_multiply_vector3FA" target="genosl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_vector4_genosl" nodedef="ND_multiply_vector4" target="genosl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_vector4FA_genosl" nodedef="ND_multiply_vector4FA" target="genosl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_matrix33_genosl" nodedef="ND_multiply_matrix33" target="genosl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_multiply_matrix44_genosl" nodedef="ND_multiply_matrix44" target="genosl" sourcecode="{{in1}} * {{in2}}" />
  <implementation name="IM_divide_float_genosl" nodedef="ND_divide_float" target="genosl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_color3_genosl" nodedef="ND_divide_color3" target="genosl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_color3FA_genosl" nodedef="ND_divide_color3FA" target="genosl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_color4_genosl" nodedef="ND_divide_color4" target="genosl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_color4FA_genosl" nodedef="ND_divide_color4FA" target="genosl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_vector2_genosl" nodedef="ND_divide_vector2" target="genosl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_vector2FA_genosl" nodedef="ND_divide_vector2FA" target="genosl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_vector3_genosl" nodedef="ND_divide_vector3" target="genosl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_vector3FA_genosl" nodedef="ND_divide_vector3FA" target="genosl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_vector4_genosl" nodedef="ND_divide_vector4" target="genosl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_vector4FA_genosl" nodedef="ND_divide_vector4FA" target="genosl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_matrix33_genosl" nodedef="ND_divide_matrix33" target="genosl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_divide_matrix44_genosl" nodedef="ND_divide_matrix44" target="genosl" sourcecode="{{in1}} / {{in2}}" />
  <implementation name="IM_modulo_float_genosl" nodedef="ND_modulo_float" target="genosl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_color3_genosl" nodedef="ND_modulo_color3" target="genosl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_color3FA_genosl" nodedef="ND_modulo_color3FA" target="genosl" sourcecode="mod({{in1}}, color({{in2}},{{in2}},{{in2}}))" />
  <implementation name="IM_modulo_color4_genosl" nodedef="ND_modulo_color4" target="genosl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_color4FA_genosl" nodedef="ND_modulo_color4FA" target="genosl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_vector2_genosl" nodedef="ND_modulo_vector2" target="genosl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_vector2FA_genosl" nodedef="ND_modulo_vector2FA" target="genosl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_vector3_genosl" nodedef="ND_modulo_vector3" target="genosl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_vector3FA_genosl" nodedef="ND_modulo_vector3FA" target="genosl" sourcecode="mod({{in1}}, vector({{in2}},{{in2}},{{in2}}))" />
  <implementation name="IM_modulo_vector4_genosl" nodedef="ND_modulo_vector4" target="genosl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_modulo_vector4FA_genosl" nodedef="ND_modulo_vector4FA" target="genosl" sourcecode="mod({{in1}}, {{in2}})" />
  <implementation name="IM_invert_float_genosl" nodedef="ND_invert_float" target="genosl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_color3_genosl" nodedef="ND_invert_color3" target="genosl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_color3FA_genosl" nodedef="ND_invert_color3FA" target="genosl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_color4_genosl" nodedef="ND_invert_color4" target="genosl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_color4FA_genosl" nodedef="ND_invert_color4FA" target="genosl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_vector2_genosl" nodedef="ND_invert_vector2" target="genosl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_vector2FA_genosl" nodedef="ND_invert_vector2FA" target="genosl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_vector3_genosl" nodedef="ND_invert_vector3" target="genosl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_vector3FA_genosl" nodedef="ND_invert_vector3FA" target="genosl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_vector4_genosl" nodedef="ND_invert_vector4" target="genosl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_invert_vector4FA_genosl" nodedef="ND_invert_vector4FA" target="genosl" sourcecode="{{amount}} - {{in}}" />
  <implementation name="IM_absval_float_genosl" nodedef="ND_absval_float" target="genosl" sourcecode="abs({{in}})" />
  <implementation name="IM_absval_color3_genosl" nodedef="ND_absval_color3" target="genosl" sourcecode="abs({{in}})" />
  <implementation name="IM_absval_color4_genosl" nodedef="ND_absval_color4" target="genosl" sourcecode="abs({{in}})" />
  <implementation name="IM_absval_vector2_genosl" nodedef="ND_absval_vector2" target="genosl" sourcecode="abs({{in}})" />
  <implementation name="IM_absval_vector3_genosl" nodedef="ND_absval_vector3" target="genosl" sourcecode="abs({{in}})" />
  <implementation name="IM_absval_vector4_genosl" nodedef="ND_absval_vector4" target="genosl" sourcecode="abs({{in}})" />
  <implementation name="IM_floor_float_genosl" nodedef="ND_floor_float" target="genosl" sourcecode="floor({{in}})" />
  <implementation name="IM_floor_color3_genosl" nodedef="ND_floor_color3" target="genosl" sourcecode="floor({{in}})" />
  <implementation name="IM_floor_color4_genosl" nodedef="ND_floor_color4" target="genosl" sourcecode="floor({{in}})" />
  <implementation name="IM_floor_vector2_genosl" nodedef="ND_floor_vector2" target="genosl" sourcecode="floor({{in}})" />
  <implementation name="IM_floor_vector3_genosl" nodedef="ND_floor_vector3" target="genosl" sourcecode="floor({{in}})" />
  <implementation name="IM_floor_vector4_genosl" nodedef="ND_floor_vector4" target="genosl" sourcecode="floor({{in}})" />
  <implementation name="IM_ceil_float_genosl" nodedef="ND_ceil_float" target="genosl" sourcecode="ceil({{in}})" />
  <implementation name="IM_ceil_color3_genosl" nodedef="ND_ceil_color3" target="genosl" sourcecode="ceil({{in}})" />
  <implementation name="IM_ceil_color4_genosl" nodedef="ND_ceil_color4" target="genosl" sourcecode="ceil({{in}})" />
  <implementation name="IM_ceil_vector2_genosl" nodedef="ND_ceil_vector2" target="genosl" sourcecode="ceil({{in}})" />
  <implementation name="IM_ceil_vector3_genosl" nodedef="ND_ceil_vector3" target="genosl" sourcecode="ceil({{in}})" />
  <implementation name="IM_ceil_vector4_genosl" nodedef="ND_ceil_vector4" target="genosl" sourcecode="ceil({{in}})" />
  <implementation name="IM_power_float_genosl" nodedef="ND_power_float" target="genosl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_color3_genosl" nodedef="ND_power_color3" target="genosl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_color3FA_genosl" nodedef="ND_power_color3FA" target="genosl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_color4_genosl" nodedef="ND_power_color4" target="genosl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_color4FA_genosl" nodedef="ND_power_color4FA" target="genosl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_vector2_genosl" nodedef="ND_power_vector2" target="genosl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_vector2FA_genosl" nodedef="ND_power_vector2FA" target="genosl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_vector3_genosl" nodedef="ND_power_vector3" target="genosl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_vector3FA_genosl" nodedef="ND_power_vector3FA" target="genosl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_vector4_genosl" nodedef="ND_power_vector4" target="genosl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_power_vector4FA_genosl" nodedef="ND_power_vector4FA" target="genosl" sourcecode="pow({{in1}}, {{in2}})" />
  <implementation name="IM_sin_float_genosl" nodedef="ND_sin_float" target="genosl" sourcecode="sin({{in}})" />
  <implementation name="IM_cos_float_genosl" nodedef="ND_cos_float" target="genosl" sourcecode="cos({{in}})" />
  <implementation name="IM_tan_float_genosl" nodedef="ND_tan_float" target="genosl" sourcecode="tan({{in}})" />
  <implementation name="IM_asin_float_genosl" nodedef="ND_asin_float" target="genosl" sourcecode="asin({{in}})" />
  <implementation name="IM_acos_float_genosl" nodedef="ND_acos_float" target="genosl" sourcecode="acos({{in}})" />
  <implementation name="IM_atan2_float_genosl" nodedef="ND_atan2_float" target="genosl" sourcecode="atan2({{in1}},{{in2}})" />
  <implementation name="IM_sin_vector2_genosl" nodedef="ND_sin_vector2" target="genosl" sourcecode="sin({{in}})" />
  <implementation name="IM_cos_vector2_genosl" nodedef="ND_cos_vector2" target="genosl" sourcecode="cos({{in}})" />
  <implementation name="IM_tan_vector2_genosl" nodedef="ND_tan_vector2" target="genosl" sourcecode="tan({{in}})" />
  <implementation name="IM_asin_vector2_genosl" nodedef="ND_asin_vector2" target="genosl" sourcecode="asin({{in}})" />
  <implementation name="IM_acos_vector2_genosl" nodedef="ND_acos_vector2" target="genosl" sourcecode="acos({{in}})" />
  <implementation name="IM_atan2_vector2_genosl" nodedef="ND_atan2_vector2" target="genosl" sourcecode="atan2({{in1}},{{in2}})" />
  <implementation name="IM_sin_vector3_genosl" nodedef="ND_sin_vector3" target="genosl" sourcecode="sin({{in}})" />
  <implementation name="IM_cos_vector3_genosl" nodedef="ND_cos_vector3" target="genosl" sourcecode="cos({{in}})" />
  <implementation name="IM_tan_vector3_genosl" nodedef="ND_tan_vector3" target="genosl" sourcecode="tan({{in}})" />
  <implementation name="IM_asin_vector3_genosl" nodedef="ND_asin_vector3" target="genosl" sourcecode="asin({{in}})" />
  <implementation name="IM_acos_vector3_genosl" nodedef="ND_acos_vector3" target="genosl" sourcecode="acos({{in}})" />
  <implementation name="IM_atan2_vector3_genosl" nodedef="ND_atan2_vector3" target="genosl" sourcecode="atan2({{in1}},{{in2}})" />
  <implementation name="IM_sin_vector4_genosl" nodedef="ND_sin_vector4" target="genosl" sourcecode="sin({{in}})" />
  <implementation name="IM_cos_vector4_genosl" nodedef="ND_cos_vector4" target="genosl" sourcecode="cos({{in}})" />
  <implementation name="IM_tan_vector4_genosl" nodedef="ND_tan_vector4" target="genosl" sourcecode="tan({{in}})" />
  <implementation name="IM_asin_vector4_genosl" nodedef="ND_asin_vector4" target="genosl" sourcecode="asin({{in}})" />
  <implementation name="IM_acos_vector4_genosl" nodedef="ND_acos_vector4" target="genosl" sourcecode="acos({{in}})" />
  <implementation name="IM_atan2_vector4_genosl" nodedef="ND_atan2_vector4" target="genosl" sourcecode="atan2({{in1}},{{in2}})" />
  <implementation name="IM_sqrt_float_genosl" nodedef="ND_sqrt_float" target="genosl" sourcecode="sqrt({{in}})" />
  <implementation name="IM_sqrt_vector2_genosl" nodedef="ND_sqrt_vector2" target="genosl" sourcecode="sqrt({{in}})" />
  <implementation name="IM_sqrt_vector3_genosl" nodedef="ND_sqrt_vector3" target="genosl" sourcecode="sqrt({{in}})" />
  <implementation name="IM_sqrt_vector4_genosl" nodedef="ND_sqrt_vector4" target="genosl" sourcecode="sqrt({{in}})" />
  <implementation name="IM_ln_float_genosl" nodedef="ND_ln_float" target="genosl" sourcecode="log({{in}})" />
  <implementation name="IM_ln_vector2_genosl" nodedef="ND_ln_vector2" target="genosl" sourcecode="log({{in}})" />
  <implementation name="IM_ln_vector3_genosl" nodedef="ND_ln_vector3" target="genosl" sourcecode="log({{in}})" />
  <implementation name="IM_ln_vector4_genosl" nodedef="ND_ln_vector4" target="genosl" sourcecode="log({{in}})" />
  <implementation name="IM_exp_float_genosl" nodedef="ND_exp_float" target="genosl" sourcecode="exp({{in}})" />
  <implementation name="IM_exp_vector2_genosl" nodedef="ND_exp_vector2" target="genosl" sourcecode="exp({{in}})" />
  <implementation name="IM_exp_vector3_genosl" nodedef="ND_exp_vector3" target="genosl" sourcecode="exp({{in}})" />
  <implementation name="IM_exp_vector4_genosl" nodedef="ND_exp_vector4" target="genosl" sourcecode="exp({{in}})" />
  <implementation name="IM_sign_float_genosl" nodedef="ND_sign_float" target="genosl" sourcecode="sign({{in}})" />
  <implementation name="IM_sign_color3_genosl" nodedef="ND_sign_color3" target="genosl" sourcecode="sign({{in}})" />
  <implementation name="IM_sign_color4_genosl" nodedef="ND_sign_color4" target="genosl" sourcecode="sign({{in}})" />
  <implementation name="IM_sign_vector2_genosl" nodedef="ND_sign_vector2" target="genosl" sourcecode="sign({{in}})" />
  <implementation name="IM_sign_vector3_genosl" nodedef="ND_sign_vector3" target="genosl" sourcecode="sign({{in}})" />
  <implementation name="IM_sign_vector4_genosl" nodedef="ND_sign_vector4" target="genosl" sourcecode="sign({{in}})" />
  <implementation name="IM_clamp_float_genosl" nodedef="ND_clamp_float" target="genosl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_color3_genosl" nodedef="ND_clamp_color3" target="genosl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_color3FA_genosl" nodedef="ND_clamp_color3FA" target="genosl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_color4_genosl" nodedef="ND_clamp_color4" target="genosl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_color4FA_genosl" nodedef="ND_clamp_color4FA" target="genosl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_vector2_genosl" nodedef="ND_clamp_vector2" target="genosl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_vector2FA_genosl" nodedef="ND_clamp_vector2FA" target="genosl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_vector3_genosl" nodedef="ND_clamp_vector3" target="genosl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_vector3FA_genosl" nodedef="ND_clamp_vector3FA" target="genosl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_vector4_genosl" nodedef="ND_clamp_vector4" target="genosl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_clamp_vector4FA_genosl" nodedef="ND_clamp_vector4FA" target="genosl" sourcecode="clamp({{in}}, {{low}}, {{high}})" />
  <implementation name="IM_min_float_genosl" nodedef="ND_min_float" target="genosl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_color3_genosl" nodedef="ND_min_color3" target="genosl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_color3FA_genosl" nodedef="ND_min_color3FA" target="genosl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_color4_genosl" nodedef="ND_min_color4" target="genosl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_color4FA_genosl" nodedef="ND_min_color4FA" target="genosl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_vector2_genosl" nodedef="ND_min_vector2" target="genosl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_vector2FA_genosl" nodedef="ND_min_vector2FA" target="genosl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_vector3_genosl" nodedef="ND_min_vector3" target="genosl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_vector3FA_genosl" nodedef="ND_min_vector3FA" target="genosl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_vector4_genosl" nodedef="ND_min_vector4" target="genosl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_min_vector4FA_genosl" nodedef="ND_min_vector4FA" target="genosl" sourcecode="min({{in1}}, {{in2}})" />
  <implementation name="IM_max_float_genosl" nodedef="ND_max_float" target="genosl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_color3_genosl" nodedef="ND_max_color3" target="genosl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_color3FA_genosl" nodedef="ND_max_color3FA" target="genosl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_color4_genosl" nodedef="ND_max_color4" target="genosl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_color4FA_genosl" nodedef="ND_max_color4FA" target="genosl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_vector2_genosl" nodedef="ND_max_vector2" target="genosl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_vector2FA_genosl" nodedef="ND_max_vector2FA" target="genosl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_vector3_genosl" nodedef="ND_max_vector3" target="genosl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_vector3FA_genosl" nodedef="ND_max_vector3FA" target="genosl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_vector4_genosl" nodedef="ND_max_vector4" target="genosl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_max_vector4FA_genosl" nodedef="ND_max_vector4FA" target="genosl" sourcecode="max({{in1}}, {{in2}})" />
  <implementation name="IM_normalize_vector2_genosl" nodedef="ND_normalize_vector2" target="genosl" sourcecode="normalize({{in}})" />
  <implementation name="IM_normalize_vector3_genosl" nodedef="ND_normalize_vector3" target="genosl" sourcecode="normalize({{in}})" />
  <implementation name="IM_normalize_vector4_genosl" nodedef="ND_normalize_vector4" target="genosl" sourcecode="normalize({{in}})" />
  <implementation name="IM_magnitude_vector2_genosl" nodedef="ND_magnitude_vector2" target="genosl" sourcecode="length({{in}})" />
  <implementation name="IM_magnitude_vector3_genosl" nodedef="ND_magnitude_vector3" target="genosl" sourcecode="length({{in}})" />
  <implementation name="IM_magnitude_vector4_genosl" nodedef="ND_magnitude_vector4" target="genosl" sourcecode="length({{in}})" />
  <implementation name="IM_dotproduct_vector2_genosl" nodedef="ND_dotproduct_vector2" target="genosl" sourcecode="dot({{in1}}, {{in2}})" />
  <implementation name="IM_dotproduct_vector3_genosl" nodedef="ND_dotproduct_vector3" target="genosl" sourcecode="dot({{in1}}, {{in2}})" />
  <implementation name="IM_dotproduct_vector4_genosl" nodedef="ND_dotproduct_vector4" target="genosl" sourcecode="dot({{in1}}, {{in2}})" />
  <implementation name="IM_crossproduct_vector3_genosl" nodedef="ND_crossproduct_vector3" target="genosl" sourcecode="cross({{in1}}, {{in2}})" />
  <implementation name="IM_transformpoint_vector3_genosl" nodedef="ND_transformpoint_vector3" target="genosl" sourcecode="transform({{fromspace}}, {{tospace}}, point({{in}}))" />
  <implementation name="IM_transformvector_vector3_genosl" nodedef="ND_transformvector_vector3" target="genosl" sourcecode="transform({{fromspace}}, {{tospace}}, {{in}})" />
  <implementation name="IM_transformnormal_vector3_genosl" nodedef="ND_transformnormal_vector3" target="genosl" sourcecode="transform({{fromspace}}, {{tospace}}, normal({{in}}))" />
  <implementation name="IM_transformmatrix_vector2M3_genosl" nodedef="ND_transformmatrix_vector2M3" function="mx_transformmatrix_vector2M3" file="mx_transformmatrix_vector2M3.osl" target="genosl" />
  <implementation name="IM_transformmatrix_vector3_genosl" nodedef="ND_transformmatrix_vector3" target="genosl" sourcecode="transform({{mat}}, {{in}})" />
  <implementation name="IM_transformmatrix_vector3M4_genosl" nodedef="ND_transformmatrix_vector3M4" target="genosl" sourcecode="transform({{mat}}, {{in}})" />
  <implementation name="IM_transformmatrix_vector4_genosl" nodedef="ND_transformmatrix_vector4" target="genosl" sourcecode="transform({{mat}}, {{in}})" />
  <implementation name="IM_transpose_matrix33_genosl" nodedef="ND_transpose_matrix33" target="genosl" sourcecode="transpose({{in}})" />
  <implementation name="IM_transpose_matrix44_genosl" nodedef="ND_transpose_matrix44" target="genosl" sourcecode="transpose({{in}})" />
  <implementation name="IM_determinant_matrix33_genosl" nodedef="ND_determinant_matrix33" target="genosl" sourcecode="determinant({{in}})" />
  <implementation name="IM_determinant_matrix44_genosl" nodedef="ND_determinant_matrix44" target="genosl" sourcecode="determinant({{in}})" />
  <implementation name="IM_invertmatrix_matrix33_genosl" nodedef="ND_invertmatrix_matrix33" target="genosl" sourcecode="1 / {{in}}" />
  <implementation name="IM_invertmatrix_matrix44_genosl" nodedef="ND_invertmatrix_matrix44" target="genosl" sourcecode="1 / {{in}}" />
  <implementation name="IM_rotate2d_vector2_genosl" nodedef="ND_rotate2d_vector2" file="mx_rotate_vector2.osl" function="mx_rotate_vector2" target="genosl" />
  <implementation name="IM_rotate3d_vector3_genosl" nodedef="ND_rotate3d_vector3" file="mx_rotate_vector3.osl" function="mx_rotate_vector3" target="genosl" />
  <implementation name="IM_remap_float_genosl" nodedef="ND_remap_float" target="genosl" sourcecode="mx_remap({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}}, 0)" />
  <implementation name="IM_remap_color3_genosl" nodedef="ND_remap_color3" target="genosl" sourcecode="mx_remap({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}}, 0)" />
  <implementation name="IM_remap_color3FA_genosl" nodedef="ND_remap_color3FA" target="genosl" sourcecode="mx_remap({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}}, 0)" />
  <implementation name="IM_remap_color4_genosl" nodedef="ND_remap_color4" target="genosl" sourcecode="mx_remap({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}}, 0)" />
  <implementation name="IM_remap_color4FA_genosl" nodedef="ND_remap_color4FA" target="genosl" sourcecode="mx_remap({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}}, 0)" />
  <implementation name="IM_remap_vector2_genosl" nodedef="ND_remap_vector2" target="genosl" sourcecode="mx_remap({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}}, 0)" />
  <implementation name="IM_remap_vector2FA_genosl" nodedef="ND_remap_vector2FA" target="genosl" sourcecode="mx_remap({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}}, 0)" />
  <implementation name="IM_remap_vector3_genosl" nodedef="ND_remap_vector3" target="genosl" sourcecode="mx_remap({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}}, 0)" />
  <implementation name="IM_remap_vector3FA_genosl" nodedef="ND_remap_vector3FA" target="genosl" sourcecode="mx_remap({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}}, 0)" />
  <implementation name="IM_remap_vector4_genosl" nodedef="ND_remap_vector4" target="genosl" sourcecode="mx_remap({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}}, 0)" />
  <implementation name="IM_remap_vector4FA_genosl" nodedef="ND_remap_vector4FA" target="genosl" sourcecode="mx_remap({{in}}, {{inlow}}, {{inhigh}}, {{outlow}}, {{outhigh}}, 0)" />
  <implementation name="IM_smoothstep_float_genosl" nodedef="ND_smoothstep_float" target="genosl" sourcecode="smoothstep({{low}}, {{high}}, {{in}})" />
  <implementation name="IM_smoothstep_color3_genosl" nodedef="ND_smoothstep_color3" target="genosl" sourcecode="smoothstep({{low}}, {{high}}, {{in}})" />
  <implementation name="IM_smoothstep_color3FA_genosl" nodedef="ND_smoothstep_color3FA" target="genosl" sourcecode="smoothstep({{low}}, {{high}}, {{in}})" />
  <implementation name="IM_smoothstep_color4_genosl" nodedef="ND_smoothstep_color4" target="genosl" sourcecode="smoothstep({{low}}, {{high}}, {{in}})" />
  <implementation name="IM_smoothstep_color4FA_genosl" nodedef="ND_smoothstep_color4FA" target="genosl" sourcecode="smoothstep({{low}}, {{high}}, {{in}})" />
  <implementation name="IM_smoothstep_vector2_genosl" nodedef="ND_smoothstep_vector2" target="genosl" sourcecode="smoothstep({{low}}, {{high}}, {{in}})" />
  <implementation name="IM_smoothstep_vector2FA_genosl" nodedef="ND_smoothstep_vector2FA" target="genosl" sourcecode="smoothstep({{low}}, {{high}}, {{in}})" />
  <implementation name="IM_smoothstep_vector3_genosl" nodedef="ND_smoothstep_vector3" target="genosl" sourcecode="smoothstep({{low}}, {{high}}, {{in}})" />
  <implementation name="IM_smoothstep_vector3FA_genosl" nodedef="ND_smoothstep_vector3FA" target="genosl" sourcecode="smoothstep({{low}}, {{high}}, {{in}})" />
  <implementation name="IM_smoothstep_vector4_genosl" nodedef="ND_smoothstep_vector4" target="genosl" sourcecode="smoothstep({{low}}, {{high}}, {{in}})" />
  <implementation name="IM_smoothstep_vector4FA_genosl" nodedef="ND_smoothstep_vector4FA" target="genosl" sourcecode="smoothstep({{low}}, {{high}}, {{in}})" />
  <implementation name="IM_luminance_color3_genosl" nodedef="ND_luminance_color3" file="mx_luminance_color3.osl" function="mx_luminance_color3" target="genosl" />
  <implementation name="IM_luminance_color4_genosl" nodedef="ND_luminance_color4" file="mx_luminance_color4.osl" function="mx_luminance_color4" target="genosl" />
  <implementation name="IM_rgbtohsv_color3_genosl" nodedef="ND_rgbtohsv_color3" file="mx_rgbtohsv_color3.osl" function="mx_rgbtohsv_color3" target="genosl" />
  <implementation name="IM_rgbtohsv_color4_genosl" nodedef="ND_rgbtohsv_color4" file="mx_rgbtohsv_color4.osl" function="mx_rgbtohsv_color4" target="genosl" />
  <implementation name="IM_hsvtorgb_color3_genosl" nodedef="ND_hsvtorgb_color3" file="mx_hsvtorgb_color3.osl" function="mx_hsvtorgb_color3" target="genosl" />
  <implementation name="IM_hsvtorgb_color4_genosl" nodedef="ND_hsvtorgb_color4" file="mx_hsvtorgb_color4.osl" function="mx_hsvtorgb_color4" target="genosl" />
  <implementation name="IM_premult_color4_genosl" nodedef="ND_premult_color4" file="mx_premult_color4.osl" function="mx_premult_color4" target="genosl" />
  <implementation name="IM_unpremult_color4_genosl" nodedef="ND_unpremult_color4" file="mx_unpremult_color4.osl" function="mx_unpremult_color4" target="genosl" />
  <implementation name="IM_plus_float_genosl" nodedef="ND_plus_float" target="genosl" sourcecode="({{mix}}*({{bg}} + {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_plus_color3_genosl" nodedef="ND_plus_color3" target="genosl" sourcecode="({{mix}}*({{bg}} + {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_plus_color4_genosl" nodedef="ND_plus_color4" target="genosl" sourcecode="({{mix}}*({{bg}} + {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_minus_float_genosl" nodedef="ND_minus_float" target="genosl" sourcecode="({{mix}}*({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_minus_color3_genosl" nodedef="ND_minus_color3" target="genosl" sourcecode="({{mix}}*({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_minus_color4_genosl" nodedef="ND_minus_color4" target="genosl" sourcecode="({{mix}}*({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_difference_float_genosl" nodedef="ND_difference_float" target="genosl" sourcecode="({{mix}}*abs({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_difference_color3_genosl" nodedef="ND_difference_color3" target="genosl" sourcecode="({{mix}}*abs({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_difference_color4_genosl" nodedef="ND_difference_color4" target="genosl" sourcecode="({{mix}}*abs({{bg}} - {{fg}})) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_burn_float_genosl" nodedef="ND_burn_float" file="mx_burn_float.osl" function="mx_burn_float" target="genosl" />
  <implementation name="IM_burn_color3_genosl" nodedef="ND_burn_color3" file="mx_burn_color3.osl" function="mx_burn_color3" target="genosl" />
  <implementation name="IM_burn_color4_genosl" nodedef="ND_burn_color4" file="mx_burn_color4.osl" function="mx_burn_color4" target="genosl" />
  <implementation name="IM_dodge_float_genosl" nodedef="ND_dodge_float" file="mx_dodge_float.osl" function="mx_dodge_float" target="genosl" />
  <implementation name="IM_dodge_color3_genosl" nodedef="ND_dodge_color3" file="mx_dodge_color3.osl" function="mx_dodge_color3" target="genosl" />
  <implementation name="IM_dodge_color4_genosl" nodedef="ND_dodge_color4" file="mx_dodge_color4.osl" function="mx_dodge_color4" target="genosl" />
  <implementation name="IM_screen_float_genosl" nodedef="ND_screen_float" target="genosl" sourcecode="({{mix}}*((1.0 - (1.0 - {{fg}}) * (1 - {{bg}})))) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_screen_color3_genosl" nodedef="ND_screen_color3" target="genosl" sourcecode="({{mix}}*((1.0 - (1.0 - {{fg}}) * (1 - {{bg}})))) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_screen_color4_genosl" nodedef="ND_screen_color4" target="genosl" sourcecode="({{mix}}*((1.0 - (1.0 - {{fg}}) * (1 - {{bg}})))) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_overlay_float_genosl" nodedef="ND_overlay_float" target="genosl" sourcecode="({{fg}} < 0.5) ? ({{mix}}*2.0*{{fg}}*{{bg}}) + ((1.0-{{mix}})*{{bg}}) : ({{mix}}*(1.0-(1.0-{{fg}})*(1.0-{{bg}}))) + ((1.0-{{mix}})*{{bg}})" />
  <implementation name="IM_overlay_color3_genosl" nodedef="ND_overlay_color3" file="mx_overlay_color3.osl" function="mx_overlay_color3" target="genosl" />
  <implementation name="IM_overlay_color4_genosl" nodedef="ND_overlay_color4" file="mx_overlay_color4.osl" function="mx_overlay_color4" target="genosl" />
  <implementation name="IM_disjointover_color4_genosl" nodedef="ND_disjointover_color4" file="mx_disjointover_color4.osl" function="mx_disjointover_color4" target="genosl" />
  <implementation name="IM_in_color4_genosl" nodedef="ND_in_color4" target="genosl" sourcecode="({{fg}}*{{bg}}.a  * {{mix}}) + ({{bg}} * (1.0-{{mix}}))" />
  <implementation name="IM_mask_color4_genosl" nodedef="ND_mask_color4" target="genosl" sourcecode="({{bg}}*{{fg}}.a  * {{mix}}) + ({{bg}} * (1.0-{{mix}}));" />
  <implementation name="IM_matte_color4_genosl" nodedef="ND_matte_color4" target="genosl" sourcecode="color4({{fg}}.rgb*{{fg}}.a + {{bg}}.rgb*(1.0-{{fg}}.a), {{fg}}.a + ({{bg}}.a*(1.0-{{fg}}.a)) ) * {{mix}} + ({{bg}} * (1.0-{{mix}}))" />
  <implementation name="IM_out_color4_genosl" nodedef="ND_out_color4" target="genosl" sourcecode="({{fg}}*(1.0-{{bg}}.a)  * {{mix}}) + ({{bg}} * (1.0-{{mix}}))" />
  <implementation name="IM_over_color4_genosl" nodedef="ND_over_color4" target="genosl" sourcecode="({{fg}} + ({{bg}}*(1.0-{{fg}}.a))) * {{mix}} + {{bg}} * (1.0-{{mix}})" />
  <implementation name="IM_inside_float_genosl" nodedef="ND_inside_float" target="genosl" sourcecode="{{in}} * {{mask}}" />
  <implementation name="IM_inside_color3_genosl" nodedef="ND_inside_color3" target="genosl" sourcecode="{{in}} * {{mask}}" />
  <implementation name="IM_inside_color4_genosl" nodedef="ND_inside_color4" target="genosl" sourcecode="{{in}} * {{mask}}" />
  <implementation name="IM_outside_float_genosl" nodedef="ND_outside_float" target="genosl" sourcecode="{{in}} * (1.0 - {{mask}})" />
  <implementation name="IM_outside_color3_genosl" nodedef="ND_outside_color3" target="genosl" sourcecode="{{in}} * (1.0 - {{mask}})" />
  <implementation name="IM_outside_color4_genosl" nodedef="ND_outside_color4" target="genosl" sourcecode="{{in}} * (1.0 - {{mask}})" />
  <implementation name="IM_mix_float_genosl" nodedef="ND_mix_float" target="genosl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_color3_genosl" nodedef="ND_mix_color3" target="genosl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_color3_color3_genosl" nodedef="ND_mix_color3_color3" target="genosl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_color4_genosl" nodedef="ND_mix_color4" target="genosl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_color4_color4_genosl" nodedef="ND_mix_color4_color4" target="genosl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_vector2_genosl" nodedef="ND_mix_vector2" target="genosl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_vector2_vector2_genosl" nodedef="ND_mix_vector2_vector2" target="genosl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_vector3_genosl" nodedef="ND_mix_vector3" target="genosl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_vector3_vector3_genosl" nodedef="ND_mix_vector3_vector3" target="genosl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_vector4_genosl" nodedef="ND_mix_vector4" target="genosl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_vector4_vector4_genosl" nodedef="ND_mix_vector4_vector4" target="genosl" sourcecode="mix({{bg}}, {{fg}}, {{mix}})" />
  <implementation name="IM_mix_surfaceshader_genosl" nodedef="ND_mix_surfaceshader" file="mx_mix_surfaceshader.osl" function="mx_mix_surfaceshader" target="genosl" />
  <implementation name="IM_ifgreater_float_genosl" nodedef="ND_ifgreater_float" target="genosl" sourcecode="mx_ternary({{value1}} > {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreater_color3_genosl" nodedef="ND_ifgreater_color3" target="genosl" sourcecode="mx_ternary({{value1}} > {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreater_color4_genosl" nodedef="ND_ifgreater_color4" target="genosl" sourcecode="mx_ternary({{value1}} > {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreater_vector2_genosl" nodedef="ND_ifgreater_vector2" target="genosl" sourcecode="mx_ternary({{value1}} > {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreater_vector3_genosl" nodedef="ND_ifgreater_vector3" target="genosl" sourcecode="mx_ternary({{value1}} > {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreater_vector4_genosl" nodedef="ND_ifgreater_vector4" target="genosl" sourcecode="mx_ternary({{value1}} > {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreater_floatI_genosl" nodedef="ND_ifgreater_floatI" target="genosl" sourcecode="mx_ternary({{value1}} > {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreater_color3I_genosl" nodedef="ND_ifgreater_color3I" target="genosl" sourcecode="mx_ternary({{value1}} > {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreater_color4I_genosl" nodedef="ND_ifgreater_color4I" target="genosl" sourcecode="mx_ternary({{value1}} > {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreater_vector2I_genosl" nodedef="ND_ifgreater_vector2I" target="genosl" sourcecode="mx_ternary({{value1}} > {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreater_vector3I_genosl" nodedef="ND_ifgreater_vector3I" target="genosl" sourcecode="mx_ternary({{value1}} > {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreater_vector4I_genosl" nodedef="ND_ifgreater_vector4I" target="genosl" sourcecode="mx_ternary({{value1}} > {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreatereq_float_genosl" nodedef="ND_ifgreatereq_float" target="genosl" sourcecode="mx_ternary({{value1}} >= {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreatereq_color3_genosl" nodedef="ND_ifgreatereq_color3" target="genosl" sourcecode="mx_ternary({{value1}} >= {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreatereq_color4_genosl" nodedef="ND_ifgreatereq_color4" target="genosl" sourcecode="mx_ternary({{value1}} >= {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreatereq_vector2_genosl" nodedef="ND_ifgreatereq_vector2" target="genosl" sourcecode="mx_ternary({{value1}} >= {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreatereq_vector3_genosl" nodedef="ND_ifgreatereq_vector3" target="genosl" sourcecode="mx_ternary({{value1}} >= {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreatereq_vector4_genosl" nodedef="ND_ifgreatereq_vector4" target="genosl" sourcecode="mx_ternary({{value1}} >= {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreatereq_floatI_genosl" nodedef="ND_ifgreatereq_floatI" target="genosl" sourcecode="mx_ternary({{value1}} >= {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreatereq_color3I_genosl" nodedef="ND_ifgreatereq_color3I" target="genosl" sourcecode="mx_ternary({{value1}} >= {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreatereq_color4I_genosl" nodedef="ND_ifgreatereq_color4I" target="genosl" sourcecode="mx_ternary({{value1}} >= {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreatereq_vector2I_genosl" nodedef="ND_ifgreatereq_vector2I" target="genosl" sourcecode="mx_ternary({{value1}} >= {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreatereq_vector3I_genosl" nodedef="ND_ifgreatereq_vector3I" target="genosl" sourcecode="mx_ternary({{value1}} >= {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifgreatereq_vector4I_genosl" nodedef="ND_ifgreatereq_vector4I" target="genosl" sourcecode="mx_ternary({{value1}} >= {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_float_genosl" nodedef="ND_ifequal_float" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_color3_genosl" nodedef="ND_ifequal_color3" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_color4_genosl" nodedef="ND_ifequal_color4" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_vector2_genosl" nodedef="ND_ifequal_vector2" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_vector3_genosl" nodedef="ND_ifequal_vector3" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_vector4_genosl" nodedef="ND_ifequal_vector4" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_floatI_genosl" nodedef="ND_ifequal_floatI" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_color3I_genosl" nodedef="ND_ifequal_color3I" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_color4I_genosl" nodedef="ND_ifequal_color4I" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_vector2I_genosl" nodedef="ND_ifequal_vector2I" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_vector3I_genosl" nodedef="ND_ifequal_vector3I" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_vector4I_genosl" nodedef="ND_ifequal_vector4I" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_floatB_genosl" nodedef="ND_ifequal_floatB" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_color3B_genosl" nodedef="ND_ifequal_color3B" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_color4B_genosl" nodedef="ND_ifequal_color4B" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_vector2B_genosl" nodedef="ND_ifequal_vector2B" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_vector3B_genosl" nodedef="ND_ifequal_vector3B" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_ifequal_vector4B_genosl" nodedef="ND_ifequal_vector4B" target="genosl" sourcecode="mx_ternary({{value1}} == {{value2}}, {{in1}}, {{in2}})" />
  <implementation name="IM_switch_float_genosl" nodedef="ND_switch_float" target="genosl" />
  <implementation name="IM_switch_color3_genosl" nodedef="ND_switch_color3" target="genosl" />
  <implementation name="IM_switch_color4_genosl" nodedef="ND_switch_color4" target="genosl" />
  <implementation name="IM_switch_vector2_genosl" nodedef="ND_switch_vector2" target="genosl" />
  <implementation name="IM_switch_vector3_genosl" nodedef="ND_switch_vector3" target="genosl" />
  <implementation name="IM_switch_vector4_genosl" nodedef="ND_switch_vector4" target="genosl" />
  <implementation name="IM_switch_floatI_genosl" nodedef="ND_switch_floatI" target="genosl" />
  <implementation name="IM_switch_color3I_genosl" nodedef="ND_switch_color3I" target="genosl" />
  <implementation name="IM_switch_color4I_genosl" nodedef="ND_switch_color4I" target="genosl" />
  <implementation name="IM_switch_vector2I_genosl" nodedef="ND_switch_vector2I" target="genosl" />
  <implementation name="IM_switch_vector3I_genosl" nodedef="ND_switch_vector3I" target="genosl" />
  <implementation name="IM_switch_vector4I_genosl" nodedef="ND_switch_vector4I" target="genosl" />
  <implementation name="IM_convert_float_color3_genosl" nodedef="ND_convert_float_color3" target="genosl" />
  <implementation name="IM_convert_float_color4_genosl" nodedef="ND_convert_float_color4" target="genosl" />
  <implementation name="IM_convert_float_vector2_genosl" nodedef="ND_convert_float_vector2" target="genosl" />
  <implementation name="IM_convert_float_vector3_genosl" nodedef="ND_convert_float_vector3" target="genosl" />
  <implementation name="IM_convert_float_vector4_genosl" nodedef="ND_convert_float_vector4" target="genosl" />
  <implementation name="IM_convert_vector2_vector3_genosl" nodedef="ND_convert_vector2_vector3" target="genosl" />
  <implementation name="IM_convert_vector3_vector2_genosl" nodedef="ND_convert_vector3_vector2" target="genosl" />
  <implementation name="IM_convert_vector3_color3_genosl" nodedef="ND_convert_vector3_color3" target="genosl" />
  <implementation name="IM_convert_vector3_vector4_genosl" nodedef="ND_convert_vector3_vector4" target="genosl" />
  <implementation name="IM_convert_vector4_vector3_genosl" nodedef="ND_convert_vector4_vector3" target="genosl" />
  <implementation name="IM_convert_vector4_color4_genosl" nodedef="ND_convert_vector4_color4" target="genosl" />
  <implementation name="IM_convert_color3_vector3_genosl" nodedef="ND_convert_color3_vector3" target="genosl" />
  <implementation name="IM_convert_color4_vector4_genosl" nodedef="ND_convert_color4_vector4" target="genosl" />
  <implementation name="IM_convert_color3_color4_genosl" nodedef="ND_convert_color3_color4" target="genosl" />
  <implementation name="IM_convert_color4_color3_genosl" nodedef="ND_convert_color4_color3" target="genosl" />
  <implementation name="IM_convert_boolean_float_genosl" nodedef="ND_convert_boolean_float" target="genosl" />
  <implementation name="IM_convert_integer_float_genosl" nodedef="ND_convert_integer_float" target="genosl" />
  <implementation name="IM_swizzle_float_color3_genosl" nodedef="ND_swizzle_float_color3" target="genosl" />
  <implementation name="IM_swizzle_float_color4_genosl" nodedef="ND_swizzle_float_color4" target="genosl" />
  <implementation name="IM_swizzle_float_vector2_genosl" nodedef="ND_swizzle_float_vector2" target="genosl" />
  <implementation name="IM_swizzle_float_vector3_genosl" nodedef="ND_swizzle_float_vector3" target="genosl" />
  <implementation name="IM_swizzle_float_vector4_genosl" nodedef="ND_swizzle_float_vector4" target="genosl" />
  <implementation name="IM_swizzle_color3_float_genosl" nodedef="ND_swizzle_color3_float" target="genosl" />
  <implementation name="IM_swizzle_color3_color3_genosl" nodedef="ND_swizzle_color3_color3" target="genosl" />
  <implementation name="IM_swizzle_color3_color4_genosl" nodedef="ND_swizzle_color3_color4" target="genosl" />
  <implementation name="IM_swizzle_color3_vector2_genosl" nodedef="ND_swizzle_color3_vector2" target="genosl" />
  <implementation name="IM_swizzle_color3_vector3_genosl" nodedef="ND_swizzle_color3_vector3" target="genosl" />
  <implementation name="IM_swizzle_color3_vector4_genosl" nodedef="ND_swizzle_color3_vector4" target="genosl" />
  <implementation name="IM_swizzle_color4_float_genosl" nodedef="ND_swizzle_color4_float" target="genosl" />
  <implementation name="IM_swizzle_color4_color3_genosl" nodedef="ND_swizzle_color4_color3" target="genosl" />
  <implementation name="IM_swizzle_color4_color4_genosl" nodedef="ND_swizzle_color4_color4" target="genosl" />
  <implementation name="IM_swizzle_color4_vector2_genosl" nodedef="ND_swizzle_color4_vector2" target="genosl" />
  <implementation name="IM_swizzle_color4_vector3_genosl" nodedef="ND_swizzle_color4_vector3" target="genosl" />
  <implementation name="IM_swizzle_color4_vector4_genosl" nodedef="ND_swizzle_color4_vector4" target="genosl" />
  <implementation name="IM_swizzle_vector2_float_genosl" nodedef="ND_swizzle_vector2_float" target="genosl" />
  <implementation name="IM_swizzle_vector2_color3_genosl" nodedef="ND_swizzle_vector2_color3" target="genosl" />
  <implementation name="IM_swizzle_vector2_color4_genosl" nodedef="ND_swizzle_vector2_color4" target="genosl" />
  <implementation name="IM_swizzle_vector2_vector2_genosl" nodedef="ND_swizzle_vector2_vector2" target="genosl" />
  <implementation name="IM_swizzle_vector2_vector3_genosl" nodedef="ND_swizzle_vector2_vector3" target="genosl" />
  <implementation name="IM_swizzle_vector2_vector4_genosl" nodedef="ND_swizzle_vector2_vector4" target="genosl" />
  <implementation name="IM_swizzle_vector3_float_genosl" nodedef="ND_swizzle_vector3_float" target="genosl" />
  <implementation name="IM_swizzle_vector3_color3_genosl" nodedef="ND_swizzle_vector3_color3" target="genosl" />
  <implementation name="IM_swizzle_vector3_color4_genosl" nodedef="ND_swizzle_vector3_color4" target="genosl" />
  <implementation name="IM_swizzle_vector3_vector2_genosl" nodedef="ND_swizzle_vector3_vector2" target="genosl" />
  <implementation name="IM_swizzle_vector3_vector3_genosl" nodedef="ND_swizzle_vector3_vector3" target="genosl" />
  <implementation name="IM_swizzle_vector3_vector4_genosl" nodedef="ND_swizzle_vector3_vector4" target="genosl" />
  <implementation name="IM_swizzle_vector4_float_genosl" nodedef="ND_swizzle_vector4_float" target="genosl" />
  <implementation name="IM_swizzle_vector4_color3_genosl" nodedef="ND_swizzle_vector4_color3" target="genosl" />
  <implementation name="IM_swizzle_vector4_color4_genosl" nodedef="ND_swizzle_vector4_color4" target="genosl" />
  <implementation name="IM_swizzle_vector4_vector2_genosl" nodedef="ND_swizzle_vector4_vector2" target="genosl" />
  <implementation name="IM_swizzle_vector4_vector3_genosl" nodedef="ND_swizzle_vector4_vector3" target="genosl" />
  <implementation name="IM_swizzle_vector4_vector4_genosl" nodedef="ND_swizzle_vector4_vector4" target="genosl" />
  <implementation name="IM_combine2_vector2_genosl" nodedef="ND_combine2_vector2" target="genosl" />
  <implementation name="IM_combine2_color4CF_genosl" nodedef="ND_combine2_color4CF" target="genosl" />
  <implementation name="IM_combine2_vector4VF_genosl" nodedef="ND_combine2_vector4VF" target="genosl" />
  <implementation name="IM_combine2_vector4VV_genosl" nodedef="ND_combine2_vector4VV" target="genosl" />
  <implementation name="IM_combine3_color3_genosl" nodedef="ND_combine3_color3" target="genosl" />
  <implementation name="IM_combine3_vector3_genosl" nodedef="ND_combine3_vector3" target="genosl" />
  <implementation name="IM_combine4_color4_genosl" nodedef="ND_combine4_color4" target="genosl" />
  <implementation name="IM_combine4_vector4_genosl" nodedef="ND_combine4_vector4" target="genosl" />
  <implementation name="IM_blur_float_genosl" nodedef="ND_blur_float" target="genosl" />
  <implementation name="IM_blur_color3_genosl" nodedef="ND_blur_color3" target="genosl" />
  <implementation name="IM_blur_color4_genosl" nodedef="ND_blur_color4" target="genosl" />
  <implementation name="IM_blur_vector2_genosl" nodedef="ND_blur_vector2" target="genosl" />
  <implementation name="IM_blur_vector3_genosl" nodedef="ND_blur_vector3" target="genosl" />
  <implementation name="IM_blur_vector4_genosl" nodedef="ND_blur_vector4" target="genosl" />
  <implementation name="IM_heighttonormal_vector3_genosl" nodedef="ND_heighttonormal_vector3" file="mx_heighttonormal_vector3.osl" function="mx_heighttonormal_vector3" target="genosl" />
  <implementation name="IM_dot_float_genosl" nodedef="ND_dot_float" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_color3_genosl" nodedef="ND_dot_color3" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_color4_genosl" nodedef="ND_dot_color4" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_vector2_genosl" nodedef="ND_dot_vector2" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_vector3_genosl" nodedef="ND_dot_vector3" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_vector4_genosl" nodedef="ND_dot_vector4" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_boolean_genosl" nodedef="ND_dot_boolean" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_integer_genosl" nodedef="ND_dot_integer" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_matrix33_genosl" nodedef="ND_dot_matrix33" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_matrix44_genosl" nodedef="ND_dot_matrix44" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_string_genosl" nodedef="ND_dot_string" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_filename_genosl" nodedef="ND_dot_filename" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_surfaceshader_genosl" nodedef="ND_dot_surfaceshader" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_displacementshader_genosl" nodedef="ND_dot_displacementshader" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_volumeshader_genosl" nodedef="ND_dot_volumeshader" target="genosl" sourcecode="{{in}}" />
  <implementation name="IM_dot_lightshader_genosl" nodedef="ND_dot_lightshader" target="genosl" sourcecode="{{in}}" />
  <!--Custom add implementation (mxadd)-->
  <implementation name="IM_myadd_color3_genosl" nodedef="ND_myadd_color3" target="genosl" sourcecode="{{in1}} + {{in2}}" />
</materialx>

- Source implementation added: IM_myadd_color3_genosl